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{"id": "b57cb2a7a8c6-0", "text": "You are here\nProspective Students > International\nWelcome to Trinity College Dublin\nThe School of Engineering is a vibrant, intellectual community of innovative researchers, teachers and students, which combines high-quality teaching with expansive research activity.\nEach year, the Engineering School welcomes growing numbers of visiting and full-time students from around the world who enrich our shared multicultural learning environment. We have international students from all over Europe, North and South America, Australia, Asia and Africa.\nWe strive to educate global citizens who will have a real impact on society and who will enhance engineering throughout the world, by sharing their innovative ideas.\nAdmissions\nStudy Abroad", "source": "https://www.tcd.ie/Engineering/international/index.php"}
{"id": "d18c119d91c9-0", "text": "You are here\nProspective Students > International > Study Abroad > Outgoing\nOutgoing Students\nThe School of Engineering encourages Senior Sophister students on the MAI track to consider spending their entire year or their second semester abroad at one of our partner Universities. We currently have students studying at a range of distinguished universities around the world including the University of California, University of Sydney, Polytechnique Montreal, UPC Barcelona, KTH Stockholm and ETH  Zurich, to name a few. This is a unique opportunity for students to not only enrich their academic education but also to gain invaluable intercultural, language, social and civic skills. Please note that all SS year study abroad options are available only to students doing the 5 year MAI programme (Students study abroad in their 4th year and return to Trinity for their 5th year).", "source": "https://www.tcd.ie/Engineering/international/study-abroad/outgoing/index.php"}
{"id": "d18c119d91c9-1", "text": "In Semester 1 of SF and JS years, the Engineering Global Officer gives information sessions with an overview of your range of study abroad options. \n2021/2022 Information Session Recording\nOutbound Student Handbook\nOverview of Options\nNon-EU Exchange\nBrief Description\nFull year or second semester of SS year studying in a partner university in Asia, Australia, New Zealand or North America.\nEligibility\n These are college-wide exchanges, so students across the whole university are eligible to apply.\n Some partner universities have specific restrictions about disciplines which can apply.\n Must get a II.1 (min. 60%) in JS results in the first sitting of the examinations. \nAvailable Funding\nNo grants available for most universities.\n Often a travel bursary is available for students going to Asian universities. (up to \u20ac1,000 reimbursable for travel costs)\nFor more information on Non-EU Exchanges for Engineering Students please visit here.", "source": "https://www.tcd.ie/Engineering/international/study-abroad/outgoing/index.php"}
{"id": "d18c119d91c9-2", "text": "For more information on Non-EU Exchanges for Engineering Students please visit here.\nDual Engineering Masters Pathway Programme between Trinity College Dublin\nand Columbia University\nTrinity College Dublin and Columbia University, New York are delighted to offer a dual Engineering masters pathway programme leading to the award of a professionally-accredited MAI degree by Trinity's School of Engineering and a Master of Science (MS) degree by\nColumbia University. Click here to find out more.\nUNITECH\nBrief Description\nFirst SS semester studying in host university, second SS semester doing an internship in an international company. It is an engineering exchange, with a business/ management focus.\nEligibility\nEngineering students only.\nVery competitive.\nIdeally have a minimum II.1 in SF and JF year.\nMust get a II.1 (min. 60%) in JS results in the first sitting of the examinations.\nAvailable Funding", "source": "https://www.tcd.ie/Engineering/international/study-abroad/outgoing/index.php"}
{"id": "d18c119d91c9-3", "text": "Available Funding\nUNITECH travel grant. (usually \u20ac1,000)\nErasmus study grant\nErasmus traineeship grant*\nFor more information on the UNITECH program, please visit here.\nErasmus & EU\nBrief Description\nFull year or second semester of SS year studying at a partner university in Europe (predominantly technical universities in CLUSTER network).\nEligibility\nEngineering students only.\nSome agreements are discipline specific.\nMust get a II.1 (min. 60%) in JS results in the first sitting of the examinations.\nAvailable Funding\nErasmus study grant.\nFor more information on ERASMUS exchanges, please visit here.\nInternships\nBrief Description\nFirst semester of SS year in Trinity, second semester of SS year on 4E4 internship at home or abroad e.g. Montreal.\n4E4 coordinators from each stream can provide discipline-specific information/ advice.  \nEligibility", "source": "https://www.tcd.ie/Engineering/international/study-abroad/outgoing/index.php"}
{"id": "d18c119d91c9-4", "text": "Eligibility\nEngineering students only.\nStudents in your stream.\nMust get a II.1 (min. 60%) in JS results in the first sitting of the examinations.\nAvailable Funding\nMay be paid/ funded depending on internship/stream.\nMontreal internships eligible for scholarships.\nEuropean internships eligible for Erasmus traineeship grant*\nIndependent Summer Internships (Not for Credit)\nBrief Description\nAll students  have the option to organise their own summer internship aboard at any stage during their time at Trinity.\nEligibility\nAll students, during any of their summer vacations, throughout their time in college.\nFor more information on Independent Internships, please visit here.\nImportant Information\nPermission to study abroad and to have the results credited towards the Trinity degree is at the discretion of each Department.", "source": "https://www.tcd.ie/Engineering/international/study-abroad/outgoing/index.php"}
{"id": "d18c119d91c9-5", "text": "Students may only go on exchange in their fourth year for a full academic year or for the second semester. The exchange year for Engineering is only recognised as part of a five-year programme. Students must commit to completing the 5th year at Trinity College Dublin. Failure to complete the final year at TCD will make the student ineligible for a (hons) BAI degree.\nStudents will be required to submit records of their marks to date in order to apply for most exchange options. Students are usually ranked on their most recent exam results (SF marks), although UNITECH and Erasmus applications also take into account JF results, personal statements etc.\nFor non-EU exchanges, students must have achieved a II.1 in SF to be able to apply. For all other exchanges, ideally they should have a II.1 in SF.", "source": "https://www.tcd.ie/Engineering/international/study-abroad/outgoing/index.php"}
{"id": "d18c119d91c9-6", "text": "All study abroad offers (EU and non-EU) are conditional on you achieving a II.1 in  the JS year, so nominations will only be confirmed after your JS exam results have been published. Students will not be permitted to study abroad unless they have achieved at least a II.1 in their Junior Sophister year.\n*Erasmus traineeships grants are available for both credit-bearing and independent internships (i.e. voluntary internship that doesn\u2019t form part of your course) in Europe (outside of Ireland!). They require advance applications and some paperwork about  learning objectives.", "source": "https://www.tcd.ie/Engineering/international/study-abroad/outgoing/index.php"}
{"id": "5aaf2209903a-0", "text": "You are here\nProspective Students > International > Study Abroad > Outgoing > Contact\nCONTACTS\nPosition\nName\nResponsibilities\nE-mail: \nOffice location\nGlobal    Officer\n      (School of Engineering) \n\u00a0\nGeneral    Engineering Study Abroad queries\[email protected] \nMuseum Building\nVisiting    Student Co-ordinator for Biomedical Engineering\nDr Mark Ahearne\nGuidance    for Bioengineering students on university choices and modules\[email protected]\nParsons Building\nVisiting    Student Co-ordinator for Civil, Structural and Environmental Engineering\nDr Sara Pavia\nGuidance    for Civil Engineering students on university choices and modules\[email protected]\nSimon    Perry Building\nVisiting    Student Co-ordinator for Mechanical and Manufacturing Engineering\nDr Garret O'Donnell\nGuidance    for Mechanical Engineering students on university choices and modules", "source": "https://www.tcd.ie/Engineering/international/study-abroad/outgoing/contact/index.php"}
{"id": "5aaf2209903a-1", "text": "Guidance    for Mechanical Engineering students on university choices and modules\[email protected]\nParsons Building\nVisiting    Student Co-ordinator for Computer Engineering\nDr Diana Wilson\nGuidance    for Computer Engineering students on university choices and modules\[email protected]\n\u00a0\n7-9 South Leinster St \n4.12\nVisiting    Student Co-ordinator for Electronic Engineering\nDr Arman Farhang\nGuidance    for Electronic Engineering students on university choices and modules\[email protected]\nAras an Phiarsaigh\nVisiting    Student Co-ordinator for Engineering with Management\nDr Garret O'Donnell\nGuidance    for Engineering with Management students on university choices and modules\[email protected]\nParsons Building\nVisiting    Student Co-ordinator for UNITECH\nDr Garret O'Donnell", "source": "https://www.tcd.ie/Engineering/international/study-abroad/outgoing/contact/index.php"}
{"id": "5aaf2209903a-2", "text": "Visiting    Student Co-ordinator for UNITECH\nDr Garret O'Donnell\nGuidance    on the UNITECH programme for all engineering students \[email protected]\nParsons    Building\nNon-EU    exchange coordinator and Student Mobility Officer \n\u00a0\nGeneral    enquiries on the college-wide non-EU exchange programme \u2013 applications, paperwork    etc.\[email protected]\nAcademic    Registry, Watts Building \nErasmus    Office\n\u00a0\nGeneral    enquiries on the Erasmus programme \u2013 applications, grants, paperwork etc.\[email protected]\nAcademic    Registry, Watts  Building", "source": "https://www.tcd.ie/Engineering/international/study-abroad/outgoing/contact/index.php"}
{"id": "6be541e6f10f-0", "text": "You are here\nProspective Students > International > Study Abroad > Incoming\nIncoming Students\nTrinity Engineering School warmly welcomes Erasmus and international visiting students from all around the globe. The School of Engineering has an active international exchange programme and each year attracts a number of high calibre international students from both within and outside of Europe. We are particularly active in the CLUSTER and UNITECH programmes.\nVisiting students may apply to study in the Engineering School for just one semester or the entire academic year. You are expected to fulfil the same module requirements as Trinity students, to remain in residence for the full semester including all of the relevant examinations.\nFor more information on Study Abroad in Trinity please visit here.\nErasmus & EU Exchange\nNon-EU Study Abroad & Exchange\nContacts for Module Choice & Learning Agreements\nAvailable Modules for Visiting Students\nInbound International Student Handbook", "source": "https://www.tcd.ie/Engineering/international/study-abroad/incoming/index.php"}
{"id": "ffb730dbce21-0", "text": "You are here\nProspective Students > International > Admissions > How to Apply\nInternational Admissions\nThe School of Engineering welcomes students from all over the world every year to come together to learn, and shape our world. Apply now to join Trinity College Dublin's 18,000 undergraduate and postgraduate students, from 118 different countries. \nHow to Apply\nFees and Finance", "source": "https://www.tcd.ie/Engineering/international/admissions/howtoapply/index.php"}
{"id": "284f040e1b9c-0", "text": "You are here\nProspective Students > International > Admissions > International Student Support\nInternational Student Services and Support\nMoving to a different country and learning in a new environment can be challenging, but at Trinity College Dublin, you will be well supported along the way. There are specialized international student services available, as well as a broad range of college-wide student support services available to you. \nHere are a few resources and services that will help guide you while in Trinity:\nInternational Student Experience\nThe International Student Experience team provides information and advice on getting settled in Trinity, as well as in Dublin. It can be an overwhelming experience, but know that our helpful team members are here to assist.\n Find out more by visiting here.\nInternational Student Welcome Guide", "source": "https://www.tcd.ie/Engineering/international/admissions/studentservices/index.php"}
{"id": "284f040e1b9c-1", "text": "Find out more by visiting here.\nInternational Student Welcome Guide\nAn essential handbook for international students. A helpful resource for both new and returning students at Trinity. The guide includes information on pre-arrival preparation, academic expectations, information on college supports and resources, as well as information on public transport, health insurance, visas and registration with the Irish Nationalisation and Immigration Services (INIS).\nYou can access the Welcome Guide here.\nInternational Student Study Guide\nThe International Student Study Guide is a comprehensive resource for new international students at Trinity. Although, it is primarily focused on undergraduate students, much of the information is relevant to postgraduate students as well. \nYou can access the guide here.\nGlobal Room", "source": "https://www.tcd.ie/Engineering/international/admissions/studentservices/index.php"}
{"id": "284f040e1b9c-2", "text": "You can access the guide here.\nGlobal Room\nInformation and Student Space specifically designed to cater to students at Trinity, with a focus on the international student community. The Global Room team provides guidance and support to international students on a wide range of issues, including immigration, accommodation and all aspects of life at Trinity. The Global Ambassador team are current Trinity students trained to help with queries that may arise during the transition to Ireland. Over 300 international-theme events held each year in the Global Room student space, such as national holidays, seminars, movie screenings, and art showcases.\nYou can find out more about the Global Room by visiting here.", "source": "https://www.tcd.ie/Engineering/international/admissions/studentservices/index.php"}
{"id": "c1a6e9cbdae8-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering\nModules for BAI Year 1 \nStudents are required to take the [5 credit] modules:\nMAU11E01  Engineering Mathematics I\nMAU11E02  Engineering Mathematics II\n CSU11E03  Computer Engineering I\nPYU11E04 Physics\nCHU11E05 Chemistry\nEEU11E06  Electrical Engineering\nCEU11E07 Mechanics\n MEU11E08  Introduction to Professional Engineering\nCEU11E09 Engineering Design \nMEU11E11 Experimental Methods\nMEU11E12 Engineering Materials and Their Applications (10 ECTS)\n\u00a0\nSee also:\nDepartment of Civil, Structural and Environmental Engineering\nDepartment of Electronic and Electrical Engineering\nDepartment of Mechanical and Manufacturing Engineering\nSchool of Computer Science and Statistics\nUndergraduate Admissions\nBAI Year 1 PDF Format\nExamination Timetable\nTimetable - Semester 1", "source": "https://www.tcd.ie/Engineering/undergraduate/baiyear2/index.php"}
{"id": "c1a6e9cbdae8-1", "text": "BAI Year 1 PDF Format\nExamination Timetable\nTimetable - Semester 1\nTimetable - Semester 2\nLab/Tutorial Groups\nLab Schedule - Semester 1\nLab Schedule - Semester 2\nLab Marks - Semester 2\nHandbook\nExamination Regulations\nAcademic Year Structure", "source": "https://www.tcd.ie/Engineering/undergraduate/baiyear2/index.php"}
{"id": "ed333f24b0ce-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering\nModules for BAI Year 1 \nStudents are required to take the [5 credit] modules:\nMAU11E01  Engineering Mathematics I\nMAU11E02  Engineering Mathematics II\n CSU11E03  Computer Engineering I\nPYU11E04 Physics\nCHU11E05 Chemistry\nEEU11E06  Electrical Engineering\nCEU11E07 Mechanics\n MEU11E08  Introduction to Professional Engineering\nCEU11E09 Engineering Design \nMEU11E11 Experimental Methods\nMEU11E12 Engineering Materials and Their Applications (10 ECTS)\n\u00a0\nSee also:\nDepartment of Civil, Structural and Environmental Engineering\nDepartment of Electronic and Electrical Engineering\nDepartment of Mechanical and Manufacturing Engineering\nSchool of Computer Science and Statistics\nUndergraduate Admissions\nBAI Year 1 PDF Format\nExamination Timetable\nTimetable - Semester 1", "source": "https://www.tcd.ie/Engineering/undergraduate/baiyear1/index.php"}
{"id": "ed333f24b0ce-1", "text": "BAI Year 1 PDF Format\nExamination Timetable\nTimetable - Semester 1\nTimetable - Semester 2\nLab/Tutorial Groups\nLab Schedule - Semester 1\nLab Schedule - Semester 2\nLab Marks - Semester 2\nHandbook\nExamination Regulations\nAcademic Year Structure", "source": "https://www.tcd.ie/Engineering/undergraduate/baiyear1/index.php"}
{"id": "0b663d2f48ec-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering\nEngineering\nYear 1\nYear 2\nYear 3\nYear 4\nYear 5 MAI\nStudy Abroad\nFoundation Scholarship\nTranscripts", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/index.php"}
{"id": "7862e9e1d2a9-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering\nEngineering Modules for Year 5 MAI\n \nDue  to the changing nature of covid regulations the assessment and delivery portion  of modules may change. Any changes will be communicated to you by the module coordinators.\nChoose your stream to see your required modules.\nBiomedical Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nAcademic Year\n  MEP55E02\n Engineering Research Project [30 ECTS]\nSemester One\n  MEP56BM9 \n Medical Devices Design Fundamentals \n  ME5MS3 \nSupply Chain Management \n  ME5MS7 \nRisk Management and Safety Assessment Systems \n  ME5BIO3 \n Tissue Engineering \n  ME5BIO4\nFinite Element Analysis\n  EE5C04 \nSpeech and Audio Engineering \n  EE5C16", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-1", "text": "EE5C04 \nSpeech and Audio Engineering \n  EE5C16\nDeep Learning and its Applications [10 ECTS]\n  MEP55B21 \nNeural Signal Analysis [10 ECTS] \n \nSemester Two\n  ME5BIO7 \n Advanced Medical Imaging \n  MEP55BM8 \n Active Implanted Devices and Systems [10 ECTS]\n  EE5C01 \n Motion Picture Engineering \n  ME5MM1 \nAdvanced Manufacturing II - Additive Manufacturing & Laser Processing \n  ME5B10 \nInstrumentation and experimental techniques \nInnovation in Product Development\nOptional 15 ECTS course. Places are limited and offered competitively at the start of the academic year.\nRead more\nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nCivil, Structural and Environmental Engineering\nModule Choices", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-2", "text": "Civil, Structural and Environmental Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nAcademic Year\n  CEP55E02\n Engineering Research Project [30 ECTS]\n                \n \nSemester One\n  CE7E03 \nAir Pollution \n  CE7E07 \nSustainable Water Supply and Sanitation \n  CE7C04 \nFa\u00e7ade Engineering \n  CE7J02\nSolar Energy Conversions and Applications\n  CE7J04 \nEnergy Policy and Demand \n  CE7S01 \nGeotechnical Engineering \n  CE7S02 \nAdvanced Computation for Structures \n  CE7S03 \nWind and Earthquake Engineering \n  CE7S09 \nAdvanced Theory of Structures \n  CE7T01 \nTransportation Policy \n  CE7T02 \nTransport Modelling and Planning", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-3", "text": "Transportation Policy \n  CE7T02 \nTransport Modelling and Planning \nME5BIO4\nFinite Element Analysis\nSemester Two\n  CE7C05 \nAdvanced Spatial Analysis Using GIS \n  CE7E04 \nWaste Management and Energy Recovery \n  CE7E05 \nWater Quality and Hydrological Modelling \n  CE7E06 \nWater Resource Planning and Climate Change \n  CE7J01 \nWind Energy \n  CE7J06 \nWave and Hydro Energy \n  CE7S04 \nBridge Engineering \n  CE7S05 \nAdvanced Concrete Technology \n  CE7S06 \nSoil Structure Interaction \n  CE7S07 \nA United Theory of Structures\n  CE7T04 \nTransportation Data and Evaluation \n  CE7T05 \nTransport Design \nInnovation in Product Development", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-4", "text": "CE7T05 \nTransport Design \nInnovation in Product Development\nOptional 15 ECTS course. Places are limited and offered competitively at the start of the academic year.\nRead more\nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nComputer Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nAcademic Year\n  CSP55E02 \n Engineering Research Project [30 ECTS]\n  CS7CS3 \nAdvanced Software Engineering [10 ECTS]\nSemester One\n  CSU55001 \nFuzzy Logic and Control Systems \n  CSU55004\nFormal Verification \n  CS7CS4 \nMachine Learning \n  CS7DS4\nData Visualisation\n  CS7CS3 \nAdvanced Software Engineering \n  CS7IS1 \nKnowledge and Data Engineering", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-5", "text": "Advanced Software Engineering \n  CS7IS1 \nKnowledge and Data Engineering \n  CS7IS3 \nInformation Retrieval and Web Search\n  CS7NS1 \nScalable Computing/Internet Applications \n  CS7NS4\nUrban Computing \n  EEP55M01\nIntegrated Systems Design\n  EE5C16 \nDeep Learning and its Applications [10 ECTS]\nSemester Two\n  CS7DS2 \nOptimisation Algorithms for Data Analysis \n  CS7GV3 \nReal\u2010time Rendering \n  CS71S5 \nAdapative Applications \n  CS7GV5 \nReal\u2010time Animation \n  CS7IS2 \nArtificial Intelligence \n  CS7CS3 \nAdvanced Software Engineering \n  CS7NS2 \nInternet of Things \n  CS7NS5 \nSecurity and Privacy", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-6", "text": "Internet of Things \n  CS7NS5 \nSecurity and Privacy \n  CS7NS6 \nReal\u2010time Rendering \n  EE5C01\nMotion Picture Engineering [10 ECTS]\nInnovation in Product Development\nOptional 15 ECTS course. Places are limited and offered competitively at the start of the academic year.\nRead more\nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nElectronic and Computer Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nAcademic Year\n  EE/CSP55E02 \n Engineering Research Project [30 ECTS]\nSemester One\n  CSU55004\nFormal Verification \n  CS7CS4 \nMachine Learning \n  CS7IS1 \nKnowledge and Data Engineering \n  CS7CS3 \nAdvanced Software Engineering", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-7", "text": "Knowledge and Data Engineering \n  CS7CS3 \nAdvanced Software Engineering\n  EEP55C03\nStatistical Signal Processing [10 ECTS]\n  EEP5C09\nSelf Organising Technological Networks\n  EE5M01\nIntegrated Systems Design\n  EE5C16 \nDeep Learning and its Applications [10 ECTS]\n  EEPMMT07\nAudio Engineering\n  EE5C16 \nDeep Learning and its Applications [10 ECTS]\nEEP55C21\nCyber-physical Systems and Control [10 ECTS]\nSemester Two\n  CS7GV3 \nReal\u2010time Rendering \n  CS7GV5 \nReal\u2010time Animation \n  CS7IS2 \nArtificial Intelligence \n  CS7NS2 \nInternet of Things \n  CS7CS3 \nAdvanced Software Engineering \n  CS7NS6", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-8", "text": "CS7CS3 \nAdvanced Software Engineering \n  CS7NS6 \nDstributed Systems \n  CSP55031 \nReconfigurable Networks \n  EE5C01\nMotion Picture Engineering [10 ECTS]\n  EEP55C25 \nAlgorithims for Quantum Computing \n  EE5M02\nMicrolectronics\n  EEP55M08\nDigital Image and Video Processing\n  EEMT17\nSpatial Audio\nInnovation in Product Development\nOptional 15 ECTS course. Places are limited and offered competitively at the start of the academic year.\nRead more\nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nElectronic Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nAcademic Year\n  EEP55E02 \n Engineering Research Project [30 ECTS]\nSemester One", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-9", "text": "Engineering Research Project [30 ECTS]\nSemester One\n  EEP55C03 \nStatistical Signal Processing [10 ECTS]\n  EE5C04 \nSpeech and Audio Engineering \n  EEP55C09 \nSelf-organising Technological Networks [5 ECTS]\n  EE5M16 \nDeep Learning and its Applications [10 ECTS]\n  EE5M01\nIntegrated Systems Design\n  EEPMMT07\nAudio Engineering\n  EEP55C21 \nCyber-Physical Systems and Control \nEEP55C25\nAlgorithms for Quantum Computing\nSemester Two\n  EE5C01 \nMotion Picture Engineering [10 ECTS]\nEEP55M08\nDigital Image and Video Processing\nEEU55M02\nMicrolectronics\nEEMT17\nSpatial Audio\nCS7NS2\nInternet of Things\n  CSP55031", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-10", "text": "Spatial Audio\nCS7NS2\nInternet of Things\n  CSP55031 \nReconfigurable Networks \nInnovation in Product Development\nOptional 15 ECTS course. Places are limited and offered competitively at the start of the academic year.\nRead more\nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nMechanical and Manufacturing Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nAcademic Year\n  MEP55E02 \n Engineering Research Project [30 ECTS]\nSemester One\n  ME5B09 \nControl Engineering II \n  ME5E4 \nIntroduction to Computational Fluid Mechanics \n  ME5MM3 \nSupply Chain Management \n  ME5MM7 \nRisk Management and Safety Assessment Systems \n  CE7J04\nEnergy Policy and Demand \n  CE7T01", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-11", "text": "CE7J04\nEnergy Policy and Demand \n  CE7T01\nTransportation Policy \n  ME5BIO4\nFinite element analysis \n EEP55C21\nCyber Physical Systems and Control \n  \n \n EE5C16\nDeep Learning and its Applications \n  \n MEP55B15\nLow Carbon Transport Technology (Semester 1 & 2 ) \n \n MEP55B16\nLow Carbon Power Technology (Semester 1 & 2 ) \n \nSemester Two\n  MEP55M10\nTurbomachinery [5 ECTS]\n  CE7J01\nWind Energy \n  CE7J06\nWave and Hydro Energy \n \n  MEP55B14\nEngineering Vibrations and Noise [5 ECTS] \n \n  EEP55C25\nAlgorithms for Quantam Computing [5 ECTS]", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-12", "text": "Algorithms for Quantam Computing [5 ECTS] \n \n EEP55C24\nSimulation for Geophysical Modelling [5 ECTS] \n \n  ME5B03 \nAdvanced Thermal Fluid Sciences [10 ECTS]\n  ME5MM1 \nAdvanced Manufacturing II - Additive Manufacturing & Laser Processing \nInnovation in Product Development\nOptional 15 ECTS course. Places are limited and offered competitively at the start of the academic year.\nRead more\n The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \n \nResources\n Timetable - Biomedical \n Timetable - Civil \n Timetable - Electronic / Elec & Comp\n Timetable - Mechanical \n Handbook - Biomedical \n Handbook - Civil \n Handbook - Electronic & Computer \n Handbook - Mechanical \n \u00a0\n        Academic Year Structure", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "7862e9e1d2a9-13", "text": "Handbook - Mechanical \n \u00a0\n        Academic Year Structure \n \u00a0\n        Examination Timetable \n Examination Regulations \n\u00a0\nBiomedical Engineering\nCivil, Structural and Environmental Engineering\nComputer Science\nElectronic and Electrical Engineering\nMechanical and Manufacturing Engineering", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-5/index.php"}
{"id": "8b70989c62a5-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering > Year Three\nEngineering Modules for Year 3\n \nDue  to the changing nature of covid regulations the assessment and delivery portion  of modules may change. Any changes will be communicated to you by the module coordinators. \nChoose your stream to see your required modules.\nBiomedical Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nSemester One\n  MAU33E01\n Engineering Mathematics V\n  MEU33BM1 \n Anatomy and Physiology\nMEU33B04\nMechanical Engineering Materials\nMEU33BM4\n3D CAD & 3D Printing\nEEU33C01\n Signals and Systems\nSemester Two\n EEU33E03\n Probability and Statistics\n  MEU33BM2 \n Biomedical Design Project\nMEU33B03\nMechanics of Solids\n  MEU33B05", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-3/index.php"}
{"id": "8b70989c62a5-1", "text": "Mechanics of Solids\n  MEU33B05 \nMechanics of Machines\nMEU33B07\n Manufacturing Technology and Systems\n  MEU33BM3\nQuantitative Physiology \nTrinity Electives\n Students take a Trinity Elective in the first semester: \nTrinity Electives\nA diverse range of modules to enrich the student learning experience.\nRead more\nCivil, Structural and Environmental Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nSemester One\n  MAU33E01 \n Engineering Mathematics V \n  CEU33A02\n Structural Design\n  CEU33A05 \n Soil Mechanics\n  CEU33A07 \n Transportation and Highway Engineering\n  CEU33A12\n Civil Engineering Design Challenge [10 ECTS]\nSemester Two\n  EEU33E03 \nProbability and Statistics\n  CEU33A10", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-3/index.php"}
{"id": "8b70989c62a5-2", "text": "EEU33E03 \nProbability and Statistics\n  CEU33A10 \nSurveying and Geo-spatial Planning\n  CEU33A11\nFluids and Environment\n  CEU33A04\n Structural Analysis\n  CEU33A08\n Geology for Engineers\n  CEU33A12 \n Civil Engineering Design Challenge [10 ECTS]\nTrinity Electives\n Students take a Trinity Elective in the first semester: \nTrinity Electives\nA diverse range of modules to enrich the student learning experience.\nRead more\nComputer Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nSemester One\n  MAU33E01 \n Engineering Mathematics V \n  EEU33C01 \n Signals and Systems \n  EEU33C02 \n Digital Circuits \n  CSU33D01 \n Microprocessor Systems I", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-3/index.php"}
{"id": "8b70989c62a5-3", "text": "Digital Circuits \n  CSU33D01 \n Microprocessor Systems I \n  CSU33D05 \n Data Structures and Algorithms \nSemester Two\nEEU33C07\n Digital Systems Design\nEEU33E03\n Probability and Statistics\n  CSU23021\n Microprocessor Systems II\n  CSU33D03 \nComputer Networks\n  CSU23016\n Operating Systems\n  CSU33D06 \n Software Design Implementation\nTrinity Electives\n Students take a Trinity Elective in the first semester: \nTrinity Electives\nA diverse range of modules to enrich the student learning experience.\nRead more\n\u00a0\nElectronic and Computer Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nSemester One\n  MAU33E01 \n Engineering Mathematics V \n  EEU33C01 \n Signals and Systems \n  EEU33C02", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-3/index.php"}
{"id": "8b70989c62a5-4", "text": "Signals and Systems \n  EEU33C02 \n Digital Circuits \n  CSU33D01 \n Microprocessor Systems I \n  CSU33D05 \n Data Structures and Algorithms \nSemester Two\n  EEU33E03\n Probability and Statistics\n  EEU33C05\n Telecommunications \n  EEU33C07\n Digital Systems Design \nEEU33C08\n Digital Circuits Design\n  CSU23021\nMicroprocessor Systems II\n  CSU33D03 \n Computer Networks \nTrinity Electives\n Students take a Trinity Elective in the first semester: \nTrinity Electives\nA diverse range of modules to enrich the student learning experience.\nRead more\n\u00a0\nElectronic Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nSemester One\n  MAU33E01 \n Engineering Mathematics V", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-3/index.php"}
{"id": "8b70989c62a5-5", "text": "Semester One\n  MAU33E01 \n Engineering Mathematics V \n  EEU33C01 \n Signals and Systems \n  EEU33C02 \n Digital Circuits \n  CSU33D01 \n Microprocessor Systems I \n  CSU33D05 \n Data Structures and Algorithms\nSemester Two\n  EEU33E03 \nProbability and Statistics\n  EEU33C03 \n Analogue Circuits \n  EEU33C05 \n Telecommunications\n  EEU33C07 \n Digital Systems Design\n  EEU33C08 \n Digital Circuits Design \n  EEU33C09 \n Analogue Circuit Design Project\nTrinity Electives\n Students take a Trinity Elective in the first semester: \nTrinity Electives\nA diverse range of modules to enrich the student learning experience.\nRead more\n\u00a0\nMechanical and Manufacturing Engineering", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-3/index.php"}
{"id": "8b70989c62a5-6", "text": "Read more\n\u00a0\nMechanical and Manufacturing Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nSemester One\n  MAU33E01 \n Engineering Mathematics V \n  MEU33B02 \n Fluid Mechanics \n  MEU33B04 \n Mechanical Engineering Materials\n  MEU33B09 \n Universal Design Innovation [5 ECTS]\n  EEU33C01 \n Signals and Systems\n \n  MEU23B10\n 3D Computer Aided Design\nSemester Two\n  EEU33E03 \nProbability and Statistics\n  MEU33B01\n Thermodynamics\n  MEU33B03 \n Mechanics of Solids\n  MEU33B05\n Mechanics of Machines\n  MEU33B07\n Manufacturing Technology and Systems\n \nTrinity Electives\n Students take a Trinity Elective in the second semester: \nTrinity Electives", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-3/index.php"}
{"id": "8b70989c62a5-7", "text": "Students take a Trinity Elective in the second semester: \nTrinity Electives\nA diverse range of modules to enrich the student learning experience.\nRead more\n\u00a0\nResources\n Timetable - Biomedical \n Timetable - Civil \n Lab schedule - Electronic\n Timetable - Electronic & Computer \n Timetable - Mechanical\n Handbook - Biomedical \n Handbook - Civil \n Handbook - Electronic & Computer \n Handbook - Mechanical \n \u00a0\n        Academic Year Structure \n \u00a0\n        Examination Timetable \n Examination Regulations \nCourse Information\nEligibility for Internship and Study Abroad", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-3/index.php"}
{"id": "8b70989c62a5-8", "text": "Examination Regulations \nCourse Information\nEligibility for Internship and Study Abroad\nIn order to be eligible to apply for an international exchange in the Senior Sophister  year or to apply for the 4E4 Industrial Partnership/Internship module in the second  semester of the Senior Sophister year, students must have a minimum grade of II.1  (60 \u2013 69%) at the first sitting of the Junior Sophister Engineering examinations. Those  required to sit supplemental Junior Sophister Engineering examinations will be  deemed ineligible to apply. No exceptions to this rule will be considered.  \nStudy abroad opportunities can be viewed here and information on taking an internship can be viewed in the 4E4 module descriptors for each stream on the Senior Sophister page.\nEligibility to proceed to MAI year", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-3/index.php"}
{"id": "8b70989c62a5-9", "text": "Eligibility to proceed to MAI year\nStudents must achieve a  minimum overall mark of 60% for the combined Junior Sophister and Senior Sophister years  (on a 30:70 basis) at the annual session of the B.A.I.  degree year in order to be eligible to proceed to the MAI year.\nMAI projects\nStudents will be sent a list of available MAI projects at the end of the Senior Sophister year and asked to rank their preferences from 1 to 5. The allocation is made based on a student's Junior Sophister ranking.\nBiomedical Engineering\nComputer Science\nCivil, Structural and Environmental Engineering\nElectronic and Electrical Engineering\nMechanical and Manufacturing Engineering", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-3/index.php"}
{"id": "ac372d82fa64-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering > Year Four\nEngineering Modules for Year 4\n \nDue  to the changing nature of covid regulations the assessment and delivery portion  of modules may change. Any changes will be communicated to you by the module coordinators.\nChoose your stream to see your required modules.\nBiomedical Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nAcademic Year\n  MEU44E02 \nBiomedical Engineering Project [15 ECTS]*\nSemester One\n  CEU44E01 \nManagement for Engineers \n  MEU44BM1 \nCell and Molecular Biology \n  MEU44BM4 \nExperimental and Research Methods \n  MEU44BM5 \nBiomechanics \n  MEU44BM6 \nBiomaterials \n  MEU44B17 \n Multibody Dynamics", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-1", "text": "Biomaterials \n  MEU44B17 \n Multibody Dynamics \n  EEU44C05 \n Digital Signal Processing \nSemester Two\n  MEU44B01 \n Mechanics of Solids \n  MEU44B02 \n Forensic Materials Engineering \n  MEU44B05 \n Manufacturing Technology \n  MEU44B06 \n Manufacturing Systems and Project Management \n  MEU44B09 \n Control Engineering I \n  EEU44C08 \n Digital Media Processing \n  MEU44E04\nEngineering Project Internship [30 ECTS]\nFootnotes: \n *\nFor students exiting with the BAI degree\nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nCivil, Structural and Environmental Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-2", "text": "Module Choices\nModules are 5 ECTS unless indicated otherwise.\nAcademic Year\n  CEU44E02 \nCivil Engineering Project [15 ECTS]* \nSemester One\n  CEU44E01 \n Management for Engineers \n  CEU44A31 \n Environmental Engineering \n  CEU44A15 \n Hydraulics & Hydrology \n  CEU44A51 \n Geotechnical Engineering \n  CEU44A61 \n Structures 1 \n  CEU44E03\n Research Methods\nSemester Two\n  CEU44A01 \n Civil Engineering Materials \n  CEU44A02 \n Hydrogeology and Engineering Geology \n  CEU44A62 \n Structures 2: Advanced Design of Structures \n  CEU44A16 \n Transport Engineering & Modelling \n  CEU44E04", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-3", "text": "Transport Engineering & Modelling \n  CEU44E04\nEngineering Project Internship [30 ECTS]\nFootnotes: \n *\nFor students not taking part in CEU44E04 Engineering Project Internship\nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nComputer Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nAcademic Year\nCompulsory\n  CSU44EE2 \n Engineering Project [15 ECTS]* \n  CSU44D01 \n Information Managment for Engineering]* \n  EEU44E03 \n Research methods* \nSemester One- Optional\n  EEU44C01 \n Integrated Systems Design \n  EEU44C04 \nNext Generation Networks\n  EEU44C05 \nDigital Signal Processing\n  EEU44C16", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-4", "text": "EEU44C05 \nDigital Signal Processing\n  EEU44C16 \nDeep Learning and its Applications \n  CSU34021 \nComputer Architecture II \n  CSU44052 \nComputer Graphics \n  CSU44053 \nComputer Vision \n  CSU44056 \nData Visualisation \n  CSU44000 \nInternet Applications \nSemester Two- Optional\n  EEU44C08 \nDigital Image and Video Processing \n  EEU44C21 \nReconfigurable Networks\n  CSU44D02 \nKnowledge Engineering \n  CS7NS5 \nSecurity and Privacy \n  CSU44D02 \nKnowledge Engineering \n  CSU44054 \nAugmented Reality \nFootnotes: \nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers.", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-5", "text": "Electronic and Computer Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nAcademic Year\nCompulsory\n  EEU44EE2\n Engineering Project [15 ECTS]* \n  CSU44E01\n Mangement for Engineers* \n  EEU44E03 \n Research Methods* \n  EEU44C16 \n Deep Learning and its applications* \n  EEU44C05 \n Digital Signal Processing * \nSemester One- Optional \n  EEU44C01 \n Integrated Systems Design \nEEU4C04\nNext Generation Networks\nEEU45C09\nSelf Organising Technological Networks\n  CSU34021 \nComputer Architecture II \n  CSU34041 \nInformation Mangement \n  CSU44000 \nInternet Applications \n  CSU44052 \nComputer Graphics \n  CSU44053 \nComputer Vision", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-6", "text": "Computer Graphics \n  CSU44053 \nComputer Vision \nSemester Two- Optional\n  CSU44D02 \n Knowledge Engineering \n  CSU44054\n Augmented Reality [pre-requisites: CSU44052, CSU44053]\n  CSU44032 \n Security and Privacy\n  EEU44C21 \n Reconfigurable Networks \n  EEU44C02 \n Microlectronics \n  EEU44C08 \nDigital Image and Video Processing \n  MEU44B12 \n Introduction to Autonomous Mobile Robotics \nMEU44B09\n Control Engineering \n  EEU44E04\nEngineering Project Internship [30 ECTS]\nFootnotes: \nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nElectronic Engineering\nModule Choices", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-7", "text": "Electronic Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nAcademic Year\nSemester One\nCompulsory\n  EEU44E03 \n Research Methods \n  EEU44C16 \n Deep Learning and it Applications \n  EEU44C05 \n Digital Signal Processing \n  EEU44EE2 \n Engineering Project [15 ECTS] \n  CSU44E01 \n Management for Engineers \nSemester One - Optional\n  CSU34021 \n Computer Architecture II \n  EEU44C01 \n Integrated Systems Design \n  EEU44C04 \n Next Generation Networks \n  EEU45C09 \n Self Organising Technological Networks \nSemester Two- Optional\n  MEU44B09 \nControl Engineering \n  EEU44C08 \nDigital Image and Video Processing \n  EEU44C02", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-8", "text": "Digital Image and Video Processing \n  EEU44C02\nMicroelectronics \n  MEU44B12\nIntroduction to Autonomous Mobile Robotics \n  EEU44E04\nEngineering Project Internship [30 ECTS]\nFootnotes: \nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nMechanical and Manufacturing Engineering\nModule Choices\nModules are 5 ECTS unless indicated otherwise.\nSemester One\nCEU44E01\nManagement for Engineers \n  MEU44B04 \n Heat Transfer \n  MEU4BB07 \n Computer Aided Design \n  MEU44B13 \n Fluid Mechanics \n  MEU44BM17 \n Multibody Dynamics \n  MEU44E03 \n Research Methods \nSemester Two\n  MEU44E04", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-9", "text": "Research Methods \nSemester Two\n  MEU44E04 \nEngineering Project Internship [30 ECTS]\n  MEU44B01 \nMechanics of Solids \n  MEU44B02 \nForensic Materials Engineering \n  MEU44B05 \nManufacturing Technology\n  MEU44B06 \nManufacturing Systems and Project Management\n  MEU44B09 \nControl Engineering I \n  MEU44B10 \nTurbomachinery \n  EEU44C08 \nDigital Image and Video Processing \n  MEU44B14\nEngineering Vibrations & Noise \n MEU44E02\nMechancial Engineering Research Project\n MEU44B12\nIntroduction to Autonomous Mobile Robotics\nFootnotes: \n *\nFor students exiting with the BAI degree", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-10", "text": "Footnotes: \n *\nFor students exiting with the BAI degree\nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nResources\n Timetable - Biomedical \n Timetable - Civil \n Timetable - Electronic & Computer\nLab Schedule - Electronic\n Timetable - Mechanical \n Handbook - Biomedical \n Handbook - Civil \n Handbook - Electronic & Computer \n Handbook - Mechanical \n \u00a0\n        Academic Year Structure \n \u00a0\n        Examination Timetable \n Examination Regulations \nCourse Information\n Students are afforded the opportunity to further specialise in optional modules offered by each of the Engineering streams in their Senior Sophister year. Many of the modules are single-term courses. This provides flexibility and encourages increased specialist knowledge whilst ensuring graduates are ready to meet the challenges of the outside world. \nEligibility for Internship and Study Abroad", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-11", "text": "Eligibility for Internship and Study Abroad\nIn order to be eligible to apply for an international exchange in the Senior Sophister  year or to apply for the 4E4 Industrial Partnership/Internship module in the second  semester of the Senior Sophister year, students must have a minimum grade of II.1  (60 \u2013 69%) at the first sitting of the Junior Sophister Engineering examinations. Those  required to sit supplemental Junior Sophister Engineering examinations will be  deemed ineligible to apply. No exceptions to this rule will be considered. \nStudy abroad opportunities can be viewed here.\nSenior Sophister projects\nStudents must take a final year project if they intend on leaving after the fourth year and they are not taking the 4E4 Internship. \nEligibility to proceed to MAI year", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-12", "text": "Eligibility to proceed to MAI year\nStudents must achieve a  minimum overall mark of 60% for the combined Junior Sophister and Senior Sophister years  (on a 30:70 basis) at the annual session of the B.A.I.  degree year in order to be eligible to proceed to the MAI year.\nMAI projects\nStudents will be sent a list of available MAI projects at the end of the Senior Sophister year and asked to rank their preferences from 1 to 10. The allocation is made based on a student's Junior Sophister ranking.\n2022 - 2023 MAI Project Presentation\nDegree awards\nStudents who exit the course having obtained credit for years one to four of the course are entitled to the degrees of BA and BAI. Students who continue on to the MAI year and obtain credit for all five years of the course are entitled to the degrees of BA and MAI (St.).\nGold Medals", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "ac372d82fa64-13", "text": "Gold Medals\nEngineering students may be eligible for a Gold Medal on the basis of their degree results at the end of the Senior Sophister year. The Engineering Court of Examiners' meeting at the Annual and Reassessment sessions makes recommendations to Board for the award of Gold Medal to Engineering students based on College criteria. Gold medals are awarded by the Board to candidates of the first class who have shown exceptional merit.\nFor details on the criteria for the award of Gold Medals see category 1 in the Academic Registry guidelines available at:\u00a0https://www.tcd.ie/academicregistry/exams/assets/local/gold-medal-criteria.pdf\u00a0.\n\u00a0\nBiomedical Engineering\nComputer Science\nCivil, Structural and Environmental Engineering\nElectronic and Electrical Engineering\nMechanical and Manufacturing Engineering", "source": "https://www.tcd.ie/Engineering/undergraduate/bai/year-4/index.php"}
{"id": "6034f7c88d1e-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering with Management\nEngineering with Management\nYear 1\nYear 2\nYear 3\nYear 4\nYear 5 MAI\nStudy Abroad\nFoundation Scholarship\nTranscripts", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/index.php"}
{"id": "bcb717cb39e2-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering with Management > Year Four\nEngineering  with Management \n  Modules for Year 4\n \nDue  to the changing nature of covid regulations the assessment and delivery portion  of modules may change. Any changes will be communicated to you by the module coordinators.\nChoose your theme to see your required modules. \nMAI track\nTheme 1: Energy\nModule Choices\n Modules are 5 ECTS unless indicated otherwise.    \nSemester One\n  MEU44E03 \n Research Methods \n  MEU44B07 \n Computer Aided Engineering \n  MEU44EM9 \n User Centred Design Innovation \n  CEU44E01 \n Management for Engineers\n  MEU44B04\n Heat Transfer (prerequisite: 3B2 Fluid Mechanics I)\n  MEU44B13", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-1", "text": "MEU44B13\n Fluid Mechanics II (prerequisite: 3B2 Fluid Mechanics I)\nSemester Two\n  MEU44MM1 \n Additive Manufacturing and Laser Processing \n Students choose four of the following modules in S2:\n  EEU44C08 \n Digital Image and Video Processing \n  MEU44B01 \n Mechanics of Solids \n  MEU44B02 \n Forensic Materials Engineering \n  MEU44B09 \n Control Engineering I \n  MEU44B12 \nIntroduction to Autonomous Mobile Robotics\n  MEU44B14\nEngineering Vibrations and Noise\n The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nTheme 2: Bioengineering/Manufacturing\nModule Choices\n Modules are 5 ECTS unless indicated otherwise. \nSemester One", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-2", "text": "Module Choices\n Modules are 5 ECTS unless indicated otherwise. \nSemester One\n  MEU44E03 \n Research Methods \n  MEU44B07 \n Computer Aided Engineering \n  MEU44EM9 \n User Centred Design Innovation \n  CEU44E01 \n Management for Engineers \n  MEU44BM5\n Biomechanics\n  MEU44BM6\n Biomaterials\nSemester Two\n  MEU44MM1 \n Additive Manufacturing and Laser Processing \n Students choose four of the following modules in S2:\n  EEU44C08 \n Digital Image and Video Processing \n  MEU44B01 \n Mechanics of Solids \n  MEU44B02 \n Forensic Materials Engineering \n  MEU44B09 \n Control Engineering I \n  MEU44B12 \n Introduction to Autonomous Mobile Robotics", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-3", "text": "Control Engineering I \n  MEU44B12 \n Introduction to Autonomous Mobile Robotics \n  MEU44B14\nEngineering Vibrations and Noise\n The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nTheme 3: Mechanical/Manufacturing\nModule Choices\n Modules are 5 ECTS unless indicated otherwise. \nSemester One\n  MEU44E03 \n Research Methods \n  MEU44B07 \n Computer Aided Engineering \n  MEU44EM9 \n User Centred Design Innovation \n  CEU44E01 \n Management for Engineers \n  MEU44EM3\n Supply Chain Management (will be mandatory in MAI year if not chosen in SS year)\n  MEU44B17\n Multibody Dynamics (prerequisite: 3B5 Mechanics of Machines)\nSemester Two", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-4", "text": "Semester Two\n  MEU44MM1 \n Additive Manufacturing and Laser Processing \n Students choose four of the following modules in S2:\n  EEU44C08 \n Digital Image and Video Processing \n  MEU44B01 \n Mechanics of Solids \n  MEU44B02 \n Forensic Materials Engineering \n  MEU44B09 \n Control Engineering I \n  MEU44B12 \n Introduction to Autonomous Mobile Robotics \n  MEU44B14\nEngineering Vibrations and Noise\n The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \n \nBSc track\nTheme 1: Energy/Fluids/Manufacturing\nSemester One\n  MEU44E03 \n Research Methods \n  MEU44B07 \n Computer Aided Engineering \n  MEU44EM9", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-5", "text": "Computer Aided Engineering \n  MEU44EM9 \n User Centred Design Innovation \n  CEU44E01 \n Management for Engineers\n  MEU44B04\n Heat Transfer (prerequisite: 3B2 Fluid Mechanics I)\n  MEU44B13\n Fluid Mechanics II (prerequisite: 3B2 Fluid Mechanics I)\nSemester Two\n  MEU44E02\n Research Project [15 credits]\n  MEU44MM1 \n Additive Manufacturing and Laser Processing \n Students choose one of the following modules in S2:\n  EEU44C08 \n Digital Image and Video Processing \n  MEU44B01 \n Mechanics of Solids \n  MEU44B02 \n Forensic Materials Engineering \n  MEU44B09 \n Control Engineering I \n  MEU44B12 \n Introduction to Autonomous Mobile Robotics", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-6", "text": "Control Engineering I \n  MEU44B12 \n Introduction to Autonomous Mobile Robotics \n  MEU44B14\nEnergy Vibrations and Noise\n The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nTheme 2: Bioengineering/Manufacturing\nSemester One\n  MEU44E03 \n Research Methods \n  MEU44B07 \n Computer Aided Engineering \n  MEU44EM9 \n User Centred Design Innovation \n  MEU44BM5\n Biomechanics\n  MEU44BM6\n Biomaterials\nSemester Two\n  MEU44E02\n Research Project [15 credits]\n  CEU44E01\n Management for Engineers\n  MEU44MM1 \n Additive Manufacturing and Laser Processing \n Students choose one of the following modules in S2:", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-7", "text": "Additive Manufacturing and Laser Processing \n Students choose one of the following modules in S2:\n  EEU44C08 \n Digital Image and Video Processing \n  MEU44B01 \n Mechanics of Solids \n  MEU44B02 \n Forensic Materials Engineering \n  MEU44B09 \n Control Engineering I \n  MEU44B12 \n Introduction to Autonomous Mobile Robotics \n  MEU44B14\nEngineering Vibrations and Noise\n The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nTheme 3: Mechanical/Manufacturing\nSemester One\n  MEU44E03 \n Research Methods \n  MEU44B07 \n Computer Aided Engineering \n  MEU44EM9 \n User Centred Design Innovation \n  CEU44E01 \n Management for Engineers", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-8", "text": "User Centred Design Innovation \n  CEU44E01 \n Management for Engineers\n  MEU44EM3\n Supply Chain Management (will be mandatory in MAI year if not chosen in SS year)\n  MEU44B17\n Multibody Dynamics\nSemester Two\n  MEU44E02\n Research Project [15 credits]\n  MEU44MM1 \n Additive Manufacturing and Laser Processing \n Students choose one of the following modules in S2:\n  EEU44C08 \n Digital Image and Video Processing \n  MEU44B01 \n Mechanics of Solids \n  MEU44B02 \n Forensic Materials Engineering \n  MEU44B09 \n Control Engineering I \n  MEU44B12 \nIntroduction to Autonomous Mobile Robotics \n  MEU44B14\nEngineering Vibrations and Noise", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-9", "text": "Introduction to Autonomous Mobile Robotics \n  MEU44B14\nEngineering Vibrations and Noise\n The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \n \nResources\n Timetable\n Handbook \n \u00a0\n        Academic Year Structure \n \u00a0\n        Examination Timetable \n Examination Regulations \nCourse Information\n Generally only those students following a theme through Junior Sophister can pursue that theme through Senior Sophister. \nEligibility for Internship and Study Abroad", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-10", "text": "Eligibility for Internship and Study Abroad\nIn order to be eligible to apply for an international exchange in the Senior Sophister  year or to apply for the 4E4 Industrial Partnership/Internship module in the second  semester of the Senior Sophister year, students must have a minimum grade of II.1  (60 \u2013 69%) at the first sitting of the Junior Sophister Engineering with Management examinations. Those  required to sit supplemental Junior Sophister Engineering with Management examinations will be  deemed ineligible to apply. No exceptions to this rule will be considered. \nStudy abroad opportunities can be viewed here.\nThe 4E4 module descriptor can be viewed here. 4E4 Internship places are limited and are offered competitively by the Discipline of Mechanical and Manufacturing Engineering during the academic year. Successful students do not take the Engineering Project module and semester 2 modules. \nSenior Sophister projects", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-11", "text": "Senior Sophister projects\nStudents must take a final year project if they intend on leaving after the fourth year and they are not taking the 4E4 Internship. \nEligibility to proceed to MAI year\nStudents must achieve a  minimum overall mark of 60% for the combined Junior Sophister and Senior Sophister years  (on a 30:70 basis) at the annual session of the B.Sc.  degree year in order to be eligible to proceed to the MAI year.\nMAI projects\nStudents will be sent a list of available MAI projects at the end of the Senior Sophister year and asked to rank their preferences from 1 to 5. The allocation is made based on a student's Junior Sophister ranking.\nDegree awards", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "bcb717cb39e2-12", "text": "Degree awards\nStudents who exit the course having obtained credit for years one to four of the course are entitled to the degree of BSc. Students who continue on to the MAI year and obtain credit for all five years of the course are entitled to the degrees of BSc and MAI (St.).\nGold Medals\nEngineering with Management students may be eligible for a Gold Medal on the basis of their degree results at the end of the Senior Sophister year. The Engineering Court of Examiners' meeting at the Annual and Reassessment sessions makes recommendations to Board for the award of Gold Medal to Engineering with Management students based on College criteria. Gold medals are awarded by the Board to candidates of the first class who have shown exceptional merit.\nFor details on the criteria for the award of Gold Medals see category 1 in the Academic Registry guidelines available at:\u00a0https://www.tcd.ie/academicregistry/exams/assets/local/gold-medal-criteria.pdf\u00a0.", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-4/index.php"}
{"id": "18b2372a08c4-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering with Management > Year Three\nEngineering  with Management \n  Modules for Year 3\n \nDue  to the changing nature of covid regulations the assessment and delivery portion  of modules may change. Any changes will be communicated to you by the module coordinators.\nJunior Sophister Engineering with Management students can select from one of the following themes:\nTheme 1: Energy\nSemester One\n  MAU33E01 \n Engineering Mathematics V \n  MEU33EM3\n Design II [10 ECTS]\n  MEU33B02\n Fluid Mechanics\n  MEU33B04 \nMechanical Engineering Materials\n  EEU33C01 \n Signals and Systems \nSemester Two\n  EEU33E03 \n Probability and Statistics\n  MEU33B01 \n Thermodynamics \n  MEU33B05 \n Mechanics of Machines", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-3/index.php"}
{"id": "18b2372a08c4-1", "text": "Thermodynamics \n  MEU33B05 \n Mechanics of Machines\n  MEU33EM1 \n Manufacturing Technology II \n  MEU33EM3 \n Design II [10 ECTS]\n  MEU33EM5 \n Manufacturing Systems and Project Management \n Students take a Trinity Elective in the first semester: \nTrinity Electives\nA diverse range of modules to enrich the student learning experience.\nRead more\nTheme 2: Bioengineering/Manufacturing\nSemester One\n  MAU33E01 \n Engineering Mathematics V \n  MEU33EM3 \n Design II [10 ECTS]\n  EEU33C01 \n Signals and Systems \n  MEU33BM1 \n Anatomy and Physiology \n  MEU33B04 \n Mechanical Engineering Materials\nSemester Two\n  EEU33E03 \n Probability and Statistics\n  MEU33B05", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-3/index.php"}
{"id": "18b2372a08c4-2", "text": "EEU33E03 \n Probability and Statistics\n  MEU33B05\n Mechanics of Machines\n  MEU33B03 \n Mechanics of Solids \n  MEU33EM1 \n Manufacturing Technology II\n  MEU33EM3 \n Design II [10 ECTS]\n  MEU33EM5 \n Manufacturing Systems and Project Management \n Students take a Trinity Elective in the first semester: \nTrinity Electives\nA diverse range of modules to enrich the student learning experience.\nRead more\nTheme 3: Mechanical/Manufacturing\nSemester One\n  MAU33E01 \n Engineering Mathematics V \n  MEU33EM3 \n Design II [10 ECTS]\n  EEU33C01 \n Signals and Systems \n  MEU33B02 \n Fluid Mechanics \n  MEU33B04\n Mechanical Engineering Materials\nSemester Two", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-3/index.php"}
{"id": "18b2372a08c4-3", "text": "Fluid Mechanics \n  MEU33B04\n Mechanical Engineering Materials\nSemester Two\nEEU33E03\n Probability and Statistics\n  MEU33B05\n Mechanics of Machines\n MEU33B03\n Mechanics of Solids \n  MEU33EM1\n Manufacturing Technology II\n  MEU33EM3\n Design II [10 ECTS]\n  MEU33EM5 \n Manufacturing Systems and Project Management \n Students take a Trinity Elective in the first semester: \nTrinity Electives\nA diverse range of modules to enrich the student learning experience.\nRead more\n \nResources\n Timetable\n Handbook  \n \u00a0\n        Academic Year Structure \n \u00a0\n        Examination Timetable \n Examination Regulations \nCourse Information\nEligibility for Internship and Study Abroad", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-3/index.php"}
{"id": "18b2372a08c4-4", "text": "Examination Regulations \nCourse Information\nEligibility for Internship and Study Abroad\nIn order to be eligible to apply for an international exchange in the Senior Sophister  year or to apply for the 4E4 Industrial Partnership/Internship module in the second  semester of the Senior Sophister year, students must have a minimum grade of II.1  (60 \u2013 69%) at the first sitting of the Junior Sophister Engineering with Management examinations. Those  required to sit supplemental Junior Sophister Engineering with Management examinations will be  deemed ineligible to apply. No exceptions to this rule will be considered. \nStudy abroad opportunities can be viewed here and information on taking an internship can be viewed here.\nEligibility to proceed to MAI year", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-3/index.php"}
{"id": "18b2372a08c4-5", "text": "Eligibility to proceed to MAI year\nStudents must achieve a  minimum overall mark of 60% for the combined Junior Sophister and Senior Sophister years  (on a 30:70 basis) at the annual session of the B.Sc.  degree year in order to be eligible to proceed to the MAI year.\nMAI projects\nStudents will be sent a list of available MAI projects at the end of the Senior Sophister year and asked to rank their preferences from 1 to 5. The allocation is made based on a student's Junior Sophister ranking.", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-3/index.php"}
{"id": "5da465a9cd08-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering with Management > Year Five (MAI)\nEngineering with Management\n  Modules for Year 5 MAI\n \nDue  to the changing nature of covid regulations the assessment and delivery portion  of modules may change. Any changes will be communicated to you by the module coordinators. \nChoose your theme to see your required modules.\nTheme 1: Energy/Fluids\nModule Choices\n Modules are 5 ECTS unless indicated otherwise. \nAcademic Year\n \n  MEP55E01 \n Engineering Research Project            \n            [30 ECTS]          \n  \nSemester One (total 15 - 20 ECTS)\n Students choose one to two of the following modules in S1:\n  ME5MM3\n Supply Chain Management (mandatory if not taken in SS year)\nSTU45006", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-5/index.php"}
{"id": "5da465a9cd08-1", "text": "Supply Chain Management (mandatory if not taken in SS year)\nSTU45006\n Strategic Information Systems S1 (must be picked with STU45006 S2)\n  ME5E4\nIntroduction to Computational Fluid Dynamics\n  CE7J04 \nEnergy Policy and Demand \nSemester Two (total 15 to 20 ECTS)\n  ME5B03\n Advanced Thermal Fluid Sciences\n Students choose one to two of the following modules in S2:\n  STU45006 \n Strategic Information Systems S2\n  ME5B11\nAdvanced Vibrations\n  CE7J01 \nWind Energy \n  CE7J06 \nWave and Hydro Energy \n  ME5B10 \nInstrumentation and Experimental Techniques", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-5/index.php"}
{"id": "5da465a9cd08-2", "text": "Wave and Hydro Energy \n  ME5B10 \nInstrumentation and Experimental Techniques \nStudents who took part in recognised internships or study abroad in Senior Sophister year will be accommodated according to the disciplines and comparative modules they have covered, at the discretion of the teaching staff. \nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nTheme 2: Bioengineering/Manufacturing\nModule Choices\n Modules are 5 ECTS unless indicated otherwise. \nAcademic Year\n  MEP55E01\n Engineering Research Project [30 ECTS]\n  MEP56BM1\n Medical Device Design Innovation Project [10 ECTS]\nSemester One \n  ME5MM7\n Risk Management and Safety Assessment Systems\n Students choose one of the following modules in S1:\n  ME5MM3\n Supply Chain Management (mandatory if not taken in SS year)", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-5/index.php"}
{"id": "5da465a9cd08-3", "text": "ME5MM3\n Supply Chain Management (mandatory if not taken in SS year)\nSTU45006\n Strategic Information Systems S1 (must be picked with STU45006 S2)\n  ME5BIO4\nFinite Element Analysis\n  CE7J04 \nEnergy Policy and Demand \nSemester Two (total 15 to 20 ECTS)\n  ME5BIO3\n Tissue Engineering\n Students choose one to two of the following modules in S2:\n  STU45006 \n Strategic Information Systems S2\n  ME5B11\nAdvanced Vibrations\n  CE7J01 \nWind Energy \n  CE7J06 \nWave and Hydro Energy \n  ME5B10 \nInstrumentation and Experimental Techniques", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-5/index.php"}
{"id": "5da465a9cd08-4", "text": "Wave and Hydro Energy \n  ME5B10 \nInstrumentation and Experimental Techniques \nStudents who took part in recognised internships or study abroad in Senior Sophister year will be accommodated according to the disciplines and comparative modules they have covered, at the discretion of the teaching staff. \nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \nTheme 3: Mechanical/Manufacturing\nModule Choices\n Modules are 5 ECTS unless indicated otherwise. \nAcademic Year\n  MEP55E01\n Engineering Research Project [30 ECTS]\nSemester One (total 15 - 20 ECTS)\n  ME5MM7\n Risk Management and Safety Assessment Systems\n  ME5B09 \n Control Engineering II\n Students choose zero to one of the following modules in S1:\nEE5C16\n Deep Learning and its Applications\nSTU45006", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-5/index.php"}
{"id": "5da465a9cd08-5", "text": "EE5C16\n Deep Learning and its Applications\nSTU45006\n Strategic Information Systems S1 (must be picked with STU45006 S2)\n  CE7J04 \nEnergy Policy and Demand \nSemester Two (total 15 to 20 ECTS)\nStudents choose two to three of the following modules in S2:\n  STU45006 \n Strategic Information Systems S2\n  ME5B11\nAdvanced Vibrations\n  CE7J01 \nWind Energy \n  CE7J06 \nWave and Hydro Energy \n  ME5B10 \nInstrumentation and Experimental Techniques \nStudents who took part in recognised internships or study abroad in Senior Sophister year will be accommodated according to the disciplines and comparative modules they have covered, at the discretion of the teaching staff.", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-5/index.php"}
{"id": "5da465a9cd08-6", "text": "The availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \n Theme 4: Innovation in Product Design\nThis theme is open for all to apply but places are limited. \nModule Choices\n Modules are 5 ECTS unless indicated otherwise. \nAcademic Year\n  MEP55E01\n Engineering Research Project [30 ECTS]\n  ME5E3\n Innovation in Product Design [15 ECTS]\nSemester One \n  ME5MM7\n Risk Management and Safety Assessment Systems\n Students choose any two of the following modules in S1:\nME5MM3\n Supply Chain Management (mandatory if not taken in SS year)\nME5B09\n Control Engineering II (prerequisite: ME4B09)\n  CE7J04 \nEnergy Policy and Demand \nMEP56BM1", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-5/index.php"}
{"id": "5da465a9cd08-7", "text": "CE7J04 \nEnergy Policy and Demand \nMEP56BM1\n Medical Device Design Innovation Project S1 (prerequisites: MEU44BM5, MEU44BM6)\nEE5C16\n Deep Learning and its Applications\nSemester Two \nME5MM1\n Additive Manufacturing and Laser Processing (mandatory for students who did not take MEU44MM1 in SS year)\n  MEP56BM1\nMedical Device Design Innovation Project S2\nStudents who took part in recognised internships or study abroad in Senior Sophister year will be accommodated according to the disciplines and comparative modules they have covered, at the discretion of the teaching staff. \nThe availability of modules (or combinations of modules) is subject to Discipline resources, timetabling constraints and student numbers. \n \nResources\n Timetable\n Handbook \n \u00a0\n        Academic Year Structure \n \u00a0\n        Examination Timetable \n Examination Regulations", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-5/index.php"}
{"id": "d16d2e3d8ad7-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering with Management > Year One\nEngineering  with Management \nModules for Year 1\n\tJunior Freshman Engineering with Management students are required to take the following modules:\nSemester One\n\t\t\t\tMAU11E01\n\t\t\t\n\t\t\t\tEngineering Mathematics I\n\t\t\t\n\t\t\t\tCHU11E05\n\t\t\t\n\t\t\t\tChemistry\n\t\t\t\n\t\t\t\tMEU11E12\n\t\t\t\n\t\t\t\tEngineering Materials and Applications\n\t\t\t[10 ECTS]\n\t\t\t\tMEU11EM1\n\t\t\t\n\t\t\t\tIntroduction to Manufacturing\n\t\t\t\n\t\t\t\tSTU11004\n\t\t\t\n\t\t\t\tIntroduction to Management Science [10 ECTS]\n\t\t\t\nSemester Two\n\t\t\t\tMAU11E02\n\t\t\t\n\t\t\t\tEngineering Mathematics II\n\t\t\t\n\t\t\t\tPYU11E04\n\t\t\t\n\t\t\t\tPhysics\n\t\t\t\n\t\t\t\tEEU11E06", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-1/index.php"}
{"id": "d16d2e3d8ad7-1", "text": "Physics\n\t\t\t\n\t\t\t\tEEU11E06\n\t\t\t\n\t\t\t\tElectrical Engineering\n\t\t\t\n \n\t        MEU11E07\n\t        \n \n\t\t\t  Mechanics\n\t      \n\t\t\t\tMEU11EM4\n\t\t\t\n\t\t\t\tIntroduction to Computing\n\t\t\t\n\t\t\t\tSTU11004\n\t\t\t\n\t\t\t\tIntroduction to Management Science [10 ECTS]\n\t\t\t\nResources\n Timetable\t(Semester 2)\n Lab/Tutorial Groups\nLab Schedule (Semester 2 - Weeks 2 - 6)\nLab Schedule (Semester 2 - Weeks 8 - 12)\n\t  Handbook\n\u00a0\n\t\tAcademic Year Structure\n\t\n\u00a0\n\t\tExamination Timetable\n\t\n\t\tExamination Regulations\n\t\nCourse Information", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-1/index.php"}
{"id": "d16d2e3d8ad7-2", "text": "Examination Timetable\n\t\n\t\tExamination Regulations\n\t\nCourse Information\nIn your studies you should aim to work a minimum of 50 hours per week. With a  timetabled schedule of about 25 hours per week, this means you should be planning  independent study of at least 25 hours per week. This includes reading course material  prior to lectures \u2013 you should not expect to be given all the module material in the  lectures and tutorials. The module descriptors above detail the module content, credit value, module coordinator and mode of assessment.", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-1/index.php"}
{"id": "df72f2787daf-0", "text": "You are here\nCurrent Students > Undergraduate > Engineering with Management > Year Two\nEngineering  with Management\n Modules for Year 2\nDue  to the changing nature of covid regulations the assessment and delivery portion  of modules may change. Any changes will be communicated to you by the module coordinators.\nSenior Freshman Engineering with Management students are required to take the following modules:\nSemester One\n  MAU22E01 \n Engineering Mathematics III \n  MEU22EM2 \n Finance \n  MEU22EM3 \n Design I \n  MEU23B10\n 3D Computer Aided Design\n  CEU22E04 \n Solids and Structures \n  EEU22E06 \n Electronics \nSemester Two\n  MAU22E02 \n Engineering Mathematics IV \n  MEU22E05 \n Thermo-fluids \n  MEU22M11 \n Manufacturing Engineering Design", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-2/index.php"}
{"id": "df72f2787daf-1", "text": "Thermo-fluids \n  MEU22M11 \n Manufacturing Engineering Design\n  MEU33B07 \n Manufacturing Technology and Systems \n  EEU22E12 \n Computational Science and Engineering 1 \n Students take a Trinity Elective in the second semester: \nTrinity Electives\nA diverse range of modules to enrich the student learning experience.\nRead more\nResources\n Timetable \nLab Schedule\n Lab and Tutorial Groups \n Handbook \n \u00a0\n        Academic Year Structure \n \u00a0\n        Examination Timetable \n Examination Regulations \nCourse Information", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-2/index.php"}
{"id": "df72f2787daf-2", "text": "Examination Timetable \n Examination Regulations \nCourse Information\nIn your studies you should aim to work a minimum of 50 hours per week. With a  timetabled schedule of about 25 hours per week, this means you should be planning  independent study of at least 25 hours per week. This includes reading course material  prior to lectures \u2013 you should not expect to be given all the module material in the  lectures and tutorials. The module descriptors above detail the module content, credit value, module coordinator and mode of assessment. \nThe Foundation Scholarship examinations take place in January 2023. Further information on the syllabus and how to apply is available here.", "source": "https://www.tcd.ie/Engineering/undergraduate/engineering-management/year-2/index.php"}
{"id": "d617ebff9617-0", "text": "You are here\nProspective Students > Postgraduate Research\nProspective Postgraduate Research Students\nBe part of our multi-disciplinary research team working with  academics who are at the cutting edge of their field.\nPostgraduate Research", "source": "https://www.tcd.ie/Engineering/courses/postgraduate-research/index.php"}
{"id": "d617ebff9617-1", "text": "Postgraduate Research\nThe School of  Engineering has an international reputation for its research activities and  currently has an annual research income of \u20ac10 million. It awards PhD, MSc by Research and MAI (Ind.) degrees. This serves to  support both graduate students and postdoctoral fellows who work in a  stimulating environment with modern facilities and equipment. Suitably  qualified candidates can apply for registration as a graduate student working in  the research areas outlined below and research funding often provides  scholarships for research  Masters and Doctoral students, to cover the registration, course fees and  living costs of research students. Currently, there are over 110 postgraduate  research students and a significant number of postdoctoral fellows and research  associates, many of whom are from other European and non-European countries.", "source": "https://www.tcd.ie/Engineering/courses/postgraduate-research/index.php"}
{"id": "d617ebff9617-2", "text": "Interested candidates are advised to make direct contact with the relevant  academic staff member in the first instance. Information on the research  activities of the staff can be obtained from the discipline links below.\n\t\t\t\tHow to Apply\n\t\t\t\n\t\t\t\tTCD Postgraduate Information\n\t\t\t\n  The School has an  international research reputation in many topics, including water engineering,  structural materials, behaviour and control, digital media processing,  communications engineering, computational  engineering, energy, vibrations and acoustics, fluids, fatigue,  manufacturing technology, bioengineering, transport modelling, geophysical flows, climate  change and geotechnical testing. The research-led school includes  internationally renowned experts in their fields. Most of its research is  funded through collaborative projects involving industry, the EU and national  government programmes.", "source": "https://www.tcd.ie/Engineering/courses/postgraduate-research/index.php"}
{"id": "d617ebff9617-3", "text": "The principal topic  areas in Civil, Structural and Environmental Engineering are Structural  Engineering, Renewable Energy, Environmental Engineering, Transportation (based  in the TRIP research centre see https://www.tcd.ie/transport-research/),  Geotechnics and Sustainability. While sustainability is high on the agenda in  many disciplines in Engineering, there is a specialised research centre in the  Michael McNamara Centre for Construction Innovation and Sustainability (known  as TrinityHaus).  The  state-of-the-art laboratories, field units and the wide ranging expertise of  both the academic and the technical staff combine to create the largest civil  engineering research centre in Ireland.\n  In Electronic and  Electrical Engineering there are a number of main research areas that lie  within the broad engineering discipline of Information and Communications  Technology, or ICT.", "source": "https://www.tcd.ie/Engineering/courses/postgraduate-research/index.php"}
{"id": "d617ebff9617-4", "text": "In Information and  Communications Engineering (see https://connectcentre.ie/), activities centre on future  communications systems with particular emphasis on reconfigurable and software  radio, cognitive wireless networks and dynamic spectrum allocation regimes.  Work in signal processing lies broadly in the areas of image/video processing,  audio and acoustic signal analysis, speech recognition and synthesis and  associated applications.\nIn ADAPT (see, https://adaptcentre.ie/), the world-leading SFI Research Centre for Digital Media Technology, staff in the School of Engineering contribute to developing next generation digital technologies that transform how people communicate by helping to\u00a0analyse,\u00a0personalise\u00a0and\u00a0deliver\u00a0digital data more effectively for businesses and individuals.", "source": "https://www.tcd.ie/Engineering/courses/postgraduate-research/index.php"}
{"id": "d617ebff9617-5", "text": "Advanced  Engineering Materials and Microelectronic Technology is a well-established  research area that includes the design and development of techniques for the  measurement of the electrical properties of ferroelectric liquid crystals,  glass-forming liquids and polymers and the magnetic and dielectric properties  of nano-materials. In the microelectronics fabrication and test area, research  interests include the preparation and characterisation of different structures  formed on silicon. \n  Research in the Trinity  Centre for Biomedical Engineering (TCBE) (www.tcd.ie/bioengineering) covers neural engineering which  involves the design, development and evaluation of biomedical signal processing  methods to generate active implantable devices for use in neural engineering  applications. There is also work on the design and development of biomedical  instrumentation primarily for clinical applications, in particular the  non-invasive measurement diagnostic parameters.", "source": "https://www.tcd.ie/Engineering/courses/postgraduate-research/index.php"}
{"id": "d617ebff9617-6", "text": "Mechanical, Manufacturing and Biomedical Engineering houses excellent research and laboratory facilities. Projects are  carried out by research groups specialising in Fluids, Acoustics and Vibration,  Heat Transfer and Thermodynamics, and Manufacturing and Materials Engineering.  Researchers in these groups lead research activity in Bioengineering and Energy  Devices and Systems.\n  The research  activities of all research groups involve significant work on the application  of advanced computer based numerical modelling and simulation for the solution  of engineering problems so that there is a common theme of computer based  analysis, modelling and experimental validation in each of these areas.\n \nCivil, Structural and Environmental Engineering\nElectronic and Electrical Engineering\nMechanical, Manufacturing and Biomedical Engineering", "source": "https://www.tcd.ie/Engineering/courses/postgraduate-research/index.php"}
{"id": "9c60043a43c3-0", "text": "You are here\nProspective Students\nProspective Undergraduate Students\n World class teaching and an innovative, engaging curriculum. Study engineering at Trinity College Dublin and get the accredited qualification you need for your future.\nProspective Engineering Students\n\t\t\t\t\tAt the School of Engineering, we welcome applications from prospective students from all over world. There are so many reasons to study engineering  at Trinity. From our excellent teaching practices and talented lecturers, who are lauded experts in their chosen areas, to our stunning campus right in the heart of the city, with world-class teaching, library and sports facilities. At Trinity, not only will you receive the best education to launch your career in a leading industry, you'll gain new experiences, be challenged with fresh ideas and build connections that will last a lifetime. Visit our course pages, download our latest prospectus below or come along to our next open day to explore the many benefits of becoming a Trinity engineering student.\n\t\t\t\t\nOur Courses", "source": "https://www.tcd.ie/Engineering/courses/undergraduate/index.php"}
{"id": "9c60043a43c3-1", "text": "Our Courses\nBachelor Degree in Engineering / Masters Degree in Engineering\nBAI/MAI in Engineering\nA career in Engineering is about co-operation, but also individual effort. Whether designing an aircraft, a suspension bridge, a microchip or a media player, it can take teams of hundreds of engineers working together. Throughout this course you'll learn to exchange ideas and co-ordinate efforts to achieve an overall project goal. However, each component of a project is the result of one individual\u2019s engineering skill and imagination. Working well as an individual and learning how to form original ideas is an important aspect of the course. \nDuring the first two years of the degree programme, students share the same foundation courses, to develop a core understanding of Engineering. In the 3rd and 4th years and optional 5th (masters) year, you have the option to choose your preferred stream:\nBiomedical Engineering \nCivil, Structural and Environmental Engineering \nComputer Engineering", "source": "https://www.tcd.ie/Engineering/courses/undergraduate/index.php"}
{"id": "9c60043a43c3-2", "text": "Biomedical Engineering \nCivil, Structural and Environmental Engineering \nComputer Engineering\nElectronic Engineering\nElectronic and Computer Engineering\nMechanical and Manufacturing Engineering\n\t\t\t\tFurther Information\n\t\t\t\n\t\t\t\tRegister your interest\n\t\t\t\nBachelor Degree in Engineering with Management\nMasters Degree in Engineering with Management\nBSc/MAI in Engineering with Management\n Combined with a good grounding in business skills, you'll be in a position to compete for sought after jobs in the commercial and financial world. Whether you pursue a career in engineering consultancy, entrepreneurship, marketing or finance, the Engineering with Management degree at Trinity gives you the flexibility and diversity to keep your career options open to a wealth of possibilities and a bright and fulfilled future. \nEngineering with Management covers a broad range of subjects, providing you with the core competencies in manufacturing, production, and design. The course is structured around the four key themes of Engineering Fundamentals, Business and Management, Design and Manufacturing Engineering. \n\t\t\t\tFurther Information", "source": "https://www.tcd.ie/Engineering/courses/undergraduate/index.php"}
{"id": "9c60043a43c3-3", "text": "Further Information\n\t\t\t\n\t\t\t\tRegister your interest\n\t\t\t\n*NEW* Bachelor Degree in Environmental Science and Engineering\nMasters Degree in Engineering or Environmental Science\nBSc in Environmental Science and Engineering\nMSc in Applied Environmental Science/MAI specialising in Environmental Engineering\nThe degree in Environmental Science and Engineering is a new integrated five-year course consisting of a four year BSc plus an additional year of study leading to either a Masters in Engineering (MAI) specialising in Environmental Engineering or a MSc in Applied Environmental Science. The course is taught by scientists in the School of Natural Sciences and engineers from the School of Engineering. It arises from a unique collaboration between two leading Trinity Schools that have expertise across a wide range of subject areas from Environmental Science to Civil, Structural and Environmental Engineering and is one of the first of its kind in Ireland and internationally.", "source": "https://www.tcd.ie/Engineering/courses/undergraduate/index.php"}
{"id": "9c60043a43c3-4", "text": "The degree structure is designed to provide for the needs of students with an interest in these emerging, multi-disciplinary professional and academic fields. The course provides students with a fundamental grounding in natural sciences and engineering, and in the applied skills required to develop sustainable solutions for major societal and environmental challenges.\n  The BSc /MAI/MSc degree programme is based on two foundation years of environmental science and engineering modules, providing students with a firm grounding in the principles common to both disciplines, followed by three years of specialisation (in either environmental science or environmental engineering). The programme offers students the opportunity to tailor their degree in accordance with their academic results, interests, aptitudes and emerging career aspirations.\n\t\t\t\tFurther Information\n\t\t\t\n\t\t\t\tRegister your interest\n\t\t\t\nAccreditation from Engineers Ireland", "source": "https://www.tcd.ie/Engineering/courses/undergraduate/index.php"}
{"id": "9c60043a43c3-5", "text": "Register your interest\n\t\t\t\nAccreditation from Engineers Ireland\nAny graduate who wants to work as an engineer in Europe is strongly advised to get an accredited level 9 award. All of our  courses are recognised by Engineers Ireland, the statutory professional body. Accreditation of an engineering programme is essentially a quality stamp and gives European and worldwide recognition to Trinity awards. Recognised internationally, our graduates have quickly gone on to secure employment in some of the world\u2019s best companies.  \nCareers in Engineering", "source": "https://www.tcd.ie/Engineering/courses/undergraduate/index.php"}
{"id": "9c60043a43c3-6", "text": "Careers in Engineering\nA career in Engineering is a rewarding and challenging path to  take. Engineering and Engineering with Management graduates are in high demand  for jobs in a wide range of areas in Ireland, Europe and worldwide. Our alumni  have established successful careers in the computer, energy, environment, building  design, transport, aerospace, medical devices, pharmaceutical, electronic and  traditional manufacturing sectors. The analytical and problem solving skills  you will learn during your time studying at Trinity, will make you adaptable to  a host of job environments. \nInternships\nStudents are given the opportunity of spending the second half of their fourth year on a supervised internship placement with one of the School's industry partners.\nStudy Abroad", "source": "https://www.tcd.ie/Engineering/courses/undergraduate/index.php"}
{"id": "9c60043a43c3-7", "text": "Study Abroad\nAs part of the 5 year MAI programme students can spend a semester or a full year abroad in their fourth year as part of the Erasmus, CLUSTER or UNITECH programme or  go on exchange to one one of the College's non-EU partner Universities. Visit our International section for more information on the types of study abroad options available to our students. \nStudent life\nDuring your time as an engineering student, there will be many opportunities to get involved on campus and meet new people. Whether you run for the Students Union or simply avail of the services on offer,  join the rowing club, music society or theatre group, you'll find a niche to help you grow your social skills and foster lasting friendships. You'll know you've made the right choice to  study in Dublin, the vibrant capital of Ireland.\nOpen Day", "source": "https://www.tcd.ie/Engineering/courses/undergraduate/index.php"}
{"id": "9c60043a43c3-8", "text": "Open Day\nTrinity's 2022 Undergraduate Open Day was held on Saturday 5th November, 2022. Visit www.tcd.ie/openday to view a range of course video presentations, student services information sessions, virtual tours of campus and more.\nCAO\nThose students applying to study in Ireland as an EU citizen, can apply for undergraduate courses through the Central Applications Office (CAO), unless otherwise stated. For more information, visit our CAO hub.\nDual Engineering Masters Pathway Programme between Trinity College Dublin\nand Columbia University\nTrinity College Dublin and Columbia University, New York are delighted to offer a dual Engineering masters pathway programme leading to the award of a professionally-accredited MAI degree by Trinity's School of Engineering and a Master of Science (MS) degree by\nColumbia University. Click here to find out more.\n\t\t\t\tScholarships\n\t\t\t\n\t\t\t\tHear from our students\n\t\t\t\n\t\t\t\tStudy at TCD", "source": "https://www.tcd.ie/Engineering/courses/undergraduate/index.php"}
{"id": "9c60043a43c3-9", "text": "Hear from our students\n\t\t\t\n\t\t\t\tStudy at TCD\n\t\t\t\n\t\t\t\tModules you will study", "source": "https://www.tcd.ie/Engineering/courses/undergraduate/index.php"}
{"id": "6c11996abf8c-0", "text": "You are here\nProspective Students > Postgraduate Taught\nPostgraduate Taught Students\nFurther your education and become a specialist in your area with one of our renowned masters or diploma courses.\nPostgraduate Engineering Courses\nA postgraduate qualification from Trinity College Dublin provides students with the competitive advantage needed to secure engineering jobs in Ireland and abroad. The School of engineering offers a range of renowned taught masters, postgraduate diplomas and structured PhD programmes. \nTaught Masters in Engineering\nWhether you choose Electronic Information Engineering or Sustainable Energy, with a taught masters in Engineering, you\u2019ll gain a specialist understanding in your area to help you stand out as a jobseeker.", "source": "https://www.tcd.ie/Engineering/courses/postgraduate-taught/index.php"}
{"id": "6c11996abf8c-1", "text": "At Trinity, we are committed to providing an innovative, engaging curriculum and following contemporary teaching practices to ensure you have the best learning experience. Academic research is an integral part of what we do and our teaching staff, who are noted experts in their fields, bring the latest concepts to their lectures to challenge you and encourage an inquiring mind. For anybody thinking about continuing their studies after they complete their primary degree, this is what makes TCD the best place to study engineering. \nMSc in Engineering (Environmental / Structural and Geotechnical / Transport / Sustainable Energy)\nMSc in Biomedical Engineering\nMSc in Electronic Information Engineering \nMSc in Mechanical Engineering\nMSc in Zero Carbon Technology\nMSc in Computational Engineering\nMPhil in Music and Media Technologies\nMAI (Ind.) (Masters in Engineering) course \nInternational Pathway Programme - MSc in Engineering\nPostgraduate Diplomas", "source": "https://www.tcd.ie/Engineering/courses/postgraduate-taught/index.php"}
{"id": "6c11996abf8c-2", "text": "International Pathway Programme - MSc in Engineering\nPostgraduate Diplomas \nApply for a Postgraduate   Diploma course in Engineering and get the training you need for Continued   Professional Development (CPD). Keeping your skills up-to-date and relevant is a key element of career progression in engineering.\nApplied Building Repair and Conservation\nConstruction Law and Contract Administration\nEngineering for Climate Action\nFire Safety Practice\nHealth & Safety in Construction \nProject Management\nSustainable Energy and the Environment\nPostgraduate Diploma Brochure\nMicro-credentials\nMicro-credentials are short, accredited flexible modules of learning that are designed to future proof professional learners for the new world of work. Visit our Micro-credential webpage for the full module listing.\n\u00a0\n\t\t\t\tTCD postgraduate information\n\t\t\t\n\t\t\t\tInternational", "source": "https://www.tcd.ie/Engineering/courses/postgraduate-taught/index.php"}
{"id": "9024aff5dcbb-0", "text": "You are here\nResearch\nResearch\nResearch\n The School of Engineering is a leader in research that crosses disciplinary boundaries and is committed to finding real-world solutions to today\u2019s global challenges.\nThe School of  Engineering has a wide range of research interests, with much of its research  activity spanning the three disciplines within the School. The research  conducted within the School is highly diverse, includes biomedical tissue  engineering, mathematical modelling and experimental measurement-based work.  Much of the work is collaborative with other Schools in College and with  national and international partners. Several research groups are recognised as  international leaders in their fields; these groups are active in areas such as  biomedical engineering; digital media; energy, transport and the environment;  and telecommunications.", "source": "https://www.tcd.ie/Engineering/research/index.php"}
{"id": "9024aff5dcbb-1", "text": "There are currently  three research centres located within the School; the Trinity Centre for Biomedical Engineering  (TCBE) which forms part of the SFI centre for Advanced Materials and Bioengineering Research (AMBER); the Centre for Transport Research and  Innovation (TRIP) and; TrinityHaus. Staff from the  School of Engineering also contribute significantly to the Trinity Consortium on Ageing and national SFI  centres, including CONNECT (Centre for Future  Networks and Communications) and ADAPT (Centre for Next  Generation Digital Technologies). The School also has funded investigators in CURAM (Centre for next Generation Medical Devices) and I-FORM \u00a0(Advanced Manufacturing Research Centre).", "source": "https://www.tcd.ie/Engineering/research/index.php"}
{"id": "9024aff5dcbb-2", "text": "External funding for  research derives from a wide range of sources, including the European Research  Council and the EU framework programmes, Science Foundation Ireland, Health  Research Board, Enterprise Ireland, Irish Research Council and the  Environmental Protection Agency. Within the School of Engineering, there are  approximately 60 full-time postdoctoral fellows and over 120 graduate research  students currently involved in research. Collectively, staff have published  over 2,000 academic research papers in the past five years in international,  peer-reviewed journals and conference proceedings.\n  The School has been  increasing its rate of publication in high impact journals in recent years and  this trend is expected to continue and increase. A number of academic staff act  as editors or on the editorial boards of international, peer-reviewed journals  and several contribute to the organisation of international conferences or to  the assessment of research in other academic institutions and of research grant  applications.", "source": "https://www.tcd.ie/Engineering/research/index.php"}
{"id": "9024aff5dcbb-3", "text": "With an annual  research income of over \u20ac10m, the School is the most successful in the country,  as is recognised by its ranking in the world\u2019s top 150.\nCivil, Structural and Environmental Engineering\nElectronic and Electrical Engineering\nMechanical, Manufacturing and Biomedical Engineering", "source": "https://www.tcd.ie/Engineering/research/index.php"}
{"id": "56f4cd0ba507-0", "text": "You are here\nAbout Us > News\nNews\nResearchers from Trinity School of Engineering, together with collaborators from the Atlantic Technological University (ATU), ESB and Enterprise Rent-A-Car, will lead a \u20ac1.35 million shared electric mobility project.\nHubs offering electric cars, e-bikes and e-cargo bikes to test potential of shared e-mobility to decarbonise transport\nNews 2023 July 19\nFormula Trinity Unveils Their Cutting-Edge Car at Trinity College Dublin: Ready to Compete at International Formula Student 2023\nTrinity College Dublin\u2019s School of Engineering is buzzing with excitement as Formula Trinity unveiled their latest race car, codenamed \u201cBertie\u201d on 13th July in front of the iconic Front Square.\nNews 2023 July 10\nINTERSPEECH 2023: Revolutionising the Science and Technology of Spoken Language Processing", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-1", "text": "INTERSPEECH 2023: Revolutionising the Science and Technology of Spoken Language Processing\nTrinity College Dublin School of Engineering is thrilled to announce that INTERSPEECH, the world\u2019s premier conference on the science and technology of spoken language processing, will be held in Dublin from August 20th to 24th.\nNews 2023 July 10\nJoin ICASP14 at Trinity College Dublin: Unleashing the Power of Statistics and Probability in Civil Engineering\nTrinity College Dublin School of Engineering is excited to announce its hosting of the upcoming 14th International Conference on the Application of Statistics and Probability in Civil Engineering (ICASP14).\nNews 2023 July 7\nReframing active travel planning is key to creating more cycling and walking-friendly towns and cities", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-2", "text": "Reframing active travel planning is key to creating more cycling and walking-friendly towns and cities\nResearchers from Trinity College Dublin\u2019s Centre for Transport Research analysed a sample of 150 public consultation submissions opposing redistributive active travel measures put forward as part of an \u2018Active School Travel\u2019 scheme in D\u00fan Laoghaire-Rathdown.\nNews 2023 June 21\nCelebrating Excellence in Teaching at Trinity College Dublin School of Engineering: Dr. Breiffni Fitzgerald Receives Trinity Excellence in Teaching Award 2023\nThroughout his tenure at Trinity College Dublin\u2019s School of Engineering, Dr. Fitzgerald has consistently demonstrated a deep passion for education and a genuine commitment to his students\u2019 success.\nNews 2023 June 13\nThree Trinity School of Engineering Researchers among 47 teams awarded National Challenge funding", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-3", "text": "Three Trinity School of Engineering Researchers among 47 teams awarded National Challenge funding\nSimon Harris, Minister for Further and Higher Education, Research, Innovation and Science, has today (12 June) welcomed 47 new teams to compete in the \u20ac65 million fund to work on solutions to major environmental and societal issues.\nNews 2023 June 12\nInformation Session | Postgraduate Diploma in Sustainable Energy and the Environment 23/06/23 at 1pm\nJoin us for a virtual information session, as we delve into the exciting field of sustainable energy and the environment. This webinar aims to provide a comprehensive overview of our esteemed Diploma Programme in Sustainable Energy and the Environment, designed for professionals and graduates seeking to make a meaningful impact in the renewable energy sector.\nNews 2023 June 8\nTrinity\u2019s School of Engineering Inaugural International Workshop on Quantum Algorithms, Machine Learning and Control", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-4", "text": "Trinity\u2019s School of Engineering Inaugural International Workshop on Quantum Algorithms, Machine Learning and Control\nTrinity College Dublin\u2019s School of Engineering is excited to announce the First International Workshop on Quantum Algorithms, Machine Learning and Control, which will take place on 22-23 June, 2023 from 9:30am at Trinity College Dublin\u2019s Simon Perry Building, in the Demonstration Theatre.\nNews 2023 June 2\nTrinity College Dublin School of Engineering is proud to host the Cycling and Society Research Group Annual Symposium 2023\nRegister Now for the Cycling and Society Research Group Annual Symposium 2023 taking place on the 7th and 8th of September\nNews 2023 May 30\nTrinity College Dublin School of Engineering Showcases Innovations at SUGAR Summer EXPO", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-5", "text": "Trinity College Dublin School of Engineering Showcases Innovations at SUGAR Summer EXPO\nTrinity College Dublin School of Engineering is preparing to showcase its students\u2019 cutting-edge innovations at the highly anticipated SUGAR EXPO 2023 on 6th June\nNews 2023 May 29\nInformation Session | Postgraduate Diploma in Engineering for Climate Action 16/06/23 at 1pm\nJoin us for this exclusive Information Session, where you will have the opportunity to learn about our programme and meet our faculty members.\nNews 2023 May 24\nProfessor Ciaran Simms Honoured with Best Oral Presentation Award at CMBBE 2023 Symposium\nTrinity College Dublin\u2019s School of Engineering researcher, Professor Ciaran Simms, has been recognised for his work in the field of biomechanics.\nNews 2023 May 19\nMPhil in Music and Media Technology Information Session 30/05/23 at 3pm", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-6", "text": "MPhil in Music and Media Technology Information Session 30/05/23 at 3pm\nJoin us for our MPhil in Music and Media Technology, which will take place on 30th May, 2023 at 3pm, where you will have the opportunity to learn about our programme and meet our faculty members. Register Here.\nNews 2023 May 12\nTrinity College Dublin\u2019s School of Engineering is proud to announce the success of its students at the Smarter Travel Student Awards Ceremony.\nThe awards, organised by the National Transport Authority (NTA) and Transport for Ireland, recognise the innovative and sustainable transport ideas generated by students across the country.\nNews\nTrinity School of Engineering Professor addresses Roundtable Discussion on the Future of STEM and Gender in Irish Education.", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-7", "text": "Dr Sarah Mc Cormack, a Professor in Energy Engineering at the Department of Civil, Structural, and Environmental Engineering, was invited to speak to the Oireachtas on the topic of STEM and gender in education.\nNews\nTrinity College Dublin hosts 50 Transition Year students for STEPS Engineers Week as employers aim to bridge engineering skills gap.\nTrinity College Dublin\u2019s School of Engineering recently hosted 50 Transition Year students for three days to take part in seminars, field trips, and engineering workshops to encourage interest in the field of engineering.\nNews\nTrinity researchers sweep Tissue Engineering and Regenerative Medicine Engineering Society awards\nThree Biomedical Engineering School of Engineering members have received prestigious awards at the TERMIS-EU 2023 meeting dedicated to tissue engineering and regenerative medicine.\nNews\nSFI Grant awarded for Smart Radio research", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-8", "text": "News\nSFI Grant awarded for Smart Radio research\nScience Foundation Ireland (SFI) awards grant to School of Engineering Assistant Professor Arman Farhang, supporting the development of novel technologies enabling communication through blockage in millimeter wave (mmWave) systems by creating smart radio environments.\nNews\nJunior Sophister Trip to London\n25 students and 3 staff spent two days in London, visiting various sites of engineering interest, as well as enjoying some reading week downtime.\nNews\nThe IEEE Student Branch of Trinity College Dublin has Announced the Successful Conclusion of its Inaugural IEEE Threesis Event\nThe event, which is the annual event of the local IEEE Student Branch, is aimed at post-graduate students and researchers who are invited to present an accessible 3-minute presentation of their research.\nNews\n\u2018Team Phoenix\u2019 soars as Trinity researchers win Air Quality Data Hack 2023 Event", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-9", "text": "\u2018Team Phoenix\u2019 soars as Trinity researchers win Air Quality Data Hack 2023 Event\nSix researchers from Trinity\u2019s Schools of Engineering and Computer Science and Statistics scooped the top prize of \u20ac1500 as winners of the recent Air Quality Data Hack 2023 Event.\nNews\nEnterprise Ireland Commercialisation Fund | Recycling Energy Hidden in Existing Wastewater Treatment Systems\nTrinity College Dublin\u2019s School of Engineering has announced a new research project aimed at recycling energy hidden in existing wastewater treatment systems.\nNews\nThe REDMAP project | Final Workshop: Measuring, Modelling and Projecting Real Vehicular Emission Levels of Key Pollutants from in-use vehicles in Dublin | 14th March\nFollow the link to find out more and to register for the event.\nNews\nThe D\u0175r Uisce project | Final Event: Delivering Solutions for the Sustainability of the Water-Energy Nexus | 7th March", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-10", "text": "Follow the link to find out more and to register for the event.\nNews\nSFI National Challenge Fund: Lumiscarb \u2013 Decarbonising Energy Systems and the Atmosphere by Capturing CO\u2082 and Converting it into Sustainable Biofuels using Solar Energy.\nFollow-up to our SFI National Challenge Fund news: Focusing Dr Subhash Chandra and Dr Liwen Xiao\u2019s research.\nNews\nSFI National Challenge Fund: Trinity College Dublin DRIVE \u2013 Improving Thermal Management of Batteries in Electric Vehicles.\nFollow-up to our SFI National Challenge Fund news: Focusing Dr Seamus O\u2019Shaughnessy and Dr Daniel Trimble\u2019s research.\nNews\nSFI National Challenge Fund: Low-Cost Fish-Friendly Micro Hydropower Energy Storage.\nFollow-up to our SFI National Challenge Fund news: Focusing on Professor Aonghus Mc Nabola\u2019s team\u2019s research.\nNews", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-11", "text": "News\nSEAI awards funding for School of Engineering research into the sustainable removal of ammonium from wastewater.\nThe Sustainable Energy Authority Ireland (SEAI) has awarded funding to Professor Muhammad Ali from the Trinity College Dublin School of Engineering for a new project aimed at developing a sustainable process to remove ammonium from wastewater.\nNews\nSFI National Challenge Fund: Methane Biofilter \u2013 biofiltration of methane generated from on-site wastewater treatment systems.\nFollow-up to our SFI National Challenge Fund news: Focusing on Dr Muhammad Ali and Prof. Laurence Gill\u2019s research.\nNews\nSix School of Engineering research teams shortlisted for the SFI National Climate Challenge Fund\nTrinity College Dublin School of Engineering is celebrating after 6 of its teams were shortlisted for the SFI National Climate Challenge Fund.\nNews\nApplications Now Open for Eric and Barbara Kinsella Scholarships", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-12", "text": "News\nApplications Now Open for Eric and Barbara Kinsella Scholarships\nTrinity College Dublin School of Engineering is excited to announce that applications are now open for the Eric and Barbara Kinsella Scholarships. These scholarships were established by Eric and Barbara Kinsella with the goal of supporting talented engineering students in reaching their full potential.\nNews\nMAI Civil Engineering and Trinity Access Programme graduate publishes research on reducing transport carbon emissions\nThe Centre for Transport Research, Department of Civil, Structural and Environmental Engineering, has released a new research paper that examines the potential impacts of fully electrifying taxi fleets in Dublin.\nNews\nTrinity duo from the School of Engineering win ERC Proof of Concept grants\nDrs Sarah McCormack and David Finlay have won highly competitive Proof of Concept grants and will now use the funds to take their ground-breaking research ideas towards exciting, impactful innovations.\nNews\nFive students receive first Three Ireland Connect to STEM scholarships for women", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-13", "text": "News\nFive students receive first Three Ireland Connect to STEM scholarships for women\nTrinity College Dublin has announced the first five student recipients of Three Ireland Connect to STEM Scholarships for Women at an evening ceremony on Monday December 5th.\nNews\nProfessor Richard Reilly awarded Honorary Fellowship of the Royal College of Physicians of Ireland\nProfessor Richard Reilly was recently awarded Honorary Fellowship of the  Royal College of Physicians of Ireland for his research contribution in  biomedical engineering which has had led to clinical  impact.\nNews\nPhD students win prizes at Biomedical Engineering conferences\nBiomedical Engineering PhD students win prizes at recent Biomedical Engineering conferences\nNews\nPioneering system ensures money doesnt follow water down the drain", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-14", "text": "News\nPioneering system ensures money doesnt follow water down the drain\nProf Aonghus McNabola, project lead of D\u0175r Uisce, has been working with National Trust Cymru and researchers from Trinity and Bangor University on a pioneering heat recovery system at Penrhyn Castle. Results show it reduces energy consumption by 230 kWh per month, equivalent to \u00a31,770 per annum in heat savings.\nNews\nProfessor Roger West elected to Fellowship of the Institute of Concrete  Technology\nProfessor Roger West was elected to Fellowship of the Institute of Concrete Technology at a symposium held on 7th October in the Davenport Hotel. The symposium celebrated the 50th anniversary of  the Institute of Concrete Technology and was supported by the Irish Concrete Society.\nNews\nFormula Trinity Team wins three awards at this years Formula Student competition", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-15", "text": "News\nFormula Trinity Team wins three awards at this years Formula Student competition\nAfter completing in the Formula Student Class 1 and the FS-A1 categories, Formula Trinity have brought home the Aston Martin x Racing Pride Diversity and Inclusion Award, the Allan Staniforth Best Newcomer Award and the Best Real World AI\nNews\nMechanical Engineering student, Mikhail Vaganov, takes part in Summer School Alpach 2022\n    \nMikhail Vaganov, a current Senior Sophister Mechanical and Manufacturing student, was one of 60 students and graduates in engineering and science from ESA\u2019s Member and Associate States to be selected to take part in the prestigious Summer School Alpach in July 2022.\nNews\nUNESCO Earth Futures Festival", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-16", "text": "News\nUNESCO Earth Futures Festival\n    \nA film about karst hydrology created by Prof. Laurence Gill has made it to the final of the UNESCO Earth Futures Festival. The film, funded by the SFI iCRAG research centre (https:www.icrag-centre.org/), is based on an original choral composition called (Inception Horizon) sang by the Mellow Tonics choir in the Museum Building just before lockdown started a couple of years ago. It is in the Geoscience Professional category and can be viewed at this link. https://www.earthfuturesfestival.com/the-films/finalist-films. There is a Peoples Popular Choice award which you can vote for at this link. https:// www.earthfuturesfestival.com/peoples-choice. Please support Inception Horizon.\nNews\nTrinity Engineering Students win TFI Smarter Travel Student Awards", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-17", "text": "News\nTrinity Engineering Students win TFI Smarter Travel Student Awards \n  \nTrinity Engineering Students win TFI Smarter Travel Student Awards.Ma\u00ebl Bommec, Shane Murphy, Katherine Bolger, Bill Dempsey, Colin Gaffney, Ayush Mukherjee, Emma Patterson, Alastair Philp made up a winning team with their project \"ROTATE\" .A second winning team of Rhys Farrington, Aeda Ismail, Zachary Barte, Stephen Lowe, Oscar Langan, Jim Hickey, Jim Meaney and Emer Muldon took home a prize for their \"Bull Lock\" design.\nNews\nResearchers, led by Professor Breiffni Fitzgerald, to use machine learning techniques to optimise wind farm performance", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-18", "text": "Researchers from Trinity, led by Dr Breiffni Fitzgerald, Ussher Assistant Professor in the School of Engineering, will use Science Foundation Ireland (SFI) funding of around \u20ac500,000 with machine learning techniques to optimise wind farm performance.\nNews\nGroundwater in the spotlight on World Water Day\nDr Bruce Misstear, Fellow Emeritus in Trinity\u2019s School of Engineering, is one of the contributors to the 2022 UN World Water Development Report, which was launched yesterday at the opening ceremony of the World Water Forum in Senegal..\nNews\n\u20ac1 million to support renewable energy and decarbonising transport research\nResearchers from the Civil, Structural and Environmental Department are leading two new projects funded by the Government of Ireland through the Sustainable Energy Authority of Ireland (SEAI).\nNews\n2021-22 Intel Masters Bursaries announced", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-19", "text": "News\n2021-22 Intel Masters Bursaries announced\nCongratulations to Masters students Emilie Raymond, Charlotte Meuly and Karl Weldon who were awarded 2021/2022 Intel Masters Bursaries for work based on their final year project research.\nNews\nProfs. Paul Johnston and Laurence Gill from the Department of Civil,  Structural and Environmental Engineering to speak at COP26 event - the UNEP  Peatlands Pavilion at COP26\nProfs. Paul Johnston and Laurence Gill from the Department of Civil, Structural and Environmental Engineering are speaking at a COP26 event - the UNEP Peatlands Pavilion at COP26 - Wednesday November 10th. They will be talking about the role of ecohydrology in peat forming wetland systems in relation to understanding the unique biodiversity of such ecosystems as well as being able to uptake and store atmospheric carbon.            \nNews", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-20", "text": "News\nTrinity begins work to add 1,600 student places to tackle society\u2019s problems\n    \nTrinity College Dublin turned the sod on a project that will create 1,600 new student places in STEM subjects in the coming years. Work will now begin on the Martin Naughton E3 Learning Foundry which will be built on the university\u2019s existing historic campus.\nNews\nProf Roger West elected Chairperson of the Irish Concrete Society\nThe Irish Concrete Society is pleased to announce that Prof Roger West was elected Chairperson at the AGM on 9th June 2021.\nNews\nTim Persoons and Sajad Alimohammadi win the 2020 Harvey Rosten Award for Excellence\nThe Harvey Rosten Award for Excellence was awarded  in recognition of achievements in the field of thermal analysis of electronic equipment.\nNews\nKinsella Challenge-Based E3 awards go to four multi-disciplinary projects", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-21", "text": "News\nKinsella Challenge-Based E3 awards go to four multi-disciplinary projects\nProfessor David O Connell is leading one of four innovative multi-disciplinary research projects at Trinity College Dublin which will share a total of \u20ac2 million in funding in the inaugural Kinsella Challenge-Based E3 Multi-Disciplinary Project Awards.\nNews\nIrish Researchers Win Prestigious ICE Publishing Award\nA group of Irish researchers from TCD, UCC and  UCD has won the prestigious Reed and Mallik Medal in the field of Urban Design and Planning in the ICE  Publishing Awards 2021. Each year, the Institution of Civil Engineers (ICE) recognise  the works published in ICE Publishing journals over the previous year, which  have been nominated by each editorial advisory panel or board.\nNews\nBiomedical Engineering student qualifies for 2022 World Athletics Championships", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-22", "text": "News\nBiomedical Engineering student qualifies for 2022 World Athletics Championships\nKate Doherty, a Trinity sport scholar and Irish international short-distance runner, will compete in the World Athletics Championships in Oregon next year after racing for the women\u2019s 4\u00d7100 metre team that secured qualification. source: universitytimes.ie\nNews\nMechanical Engineering students win first place in two Engineering categories in the NTAs Smarter Travel Campus Awards 2021\nTwo 3rd year Mechanical Engineering project groups came first in their categories as announced at the virtual award ceremony hosted by the National Transport Authority on Thursday 29 April.\nNews\nNew Scholars and Fellows Announced\nThe new cohort of Fellows and Scholars were announced today, on Trinity Monday. Our very own Professor Triona Lally and Dr David Hoey were named as Fellows along with two Engineering students, Oscar Toomey and Anna Woodcock, named as Scholars. Congratulations to all.\nNews", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-23", "text": "News\nSchool of Engineering 2021 Laidlaw Scholars Announced\nWe are happy to announce  that three students from the School of Engineering have been selected to  participate in the Laidlaw Programme this year. The three students are Jamie Palmer (JS Mechanical and Manufacturing Engineering), Joe Linogao (JS Engineering with Management) and Rucha Benare (JS Biomedical Engineering). \nNews\nEngineering is one of three Schools in Trinity to secure an Athena SWAN award for commitment to gender equality\nThe School of Engineering has secured an Athena SWAN Bronze award in the latest round of awards to recognise commitment to gender equality.\nNews\n\t\u00a0 \nSolution to puzzling phenomenon may open door to improved Cold Spray efficiency\nAn international team of researchers, including Professor Rocco Lupoi, has solved a puzzling phenomenon whereby strangely beautiful, vortex-like structures appear between materials deposited onto engineering components used in multiple settings.\nNews", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-24", "text": "News\n\t\u00a0 \nTrinity spin-out is turning what would be lost potential into electrical power with low-cost water turbines\nEasy Hydro, set up by current staff and former research students in Civil, Structural and Environmental Engineering, designs and supplies an innovative renewable energy technology consisting of low-cost and durable water turbines.\nNews\n\t\u00a0\nMechanical, Manufacturing and Biomedical Engineering researchers find most cyclist collisions go unreported\nPhD student Kevin Gildea and supervisor Professor Ciaran Simms have recently published findings from a national survey identifying cyclist collision characteristics, the results of which will have implications for road safety priorities for cyclists in Ireland. (source: independent.ie)\nNews\n\t\u00a0 \nProfessor Brian Caulfield is part of the new \u20ac5 million climate change project, Terrain-AI", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-25", "text": "Professor Brian Caulfield is part of the new \u20ac5 million climate change project, Terrain-AI\nResearchers from Trinity are among a collaborative group seeking to improve our understanding of the impact of human activity on land use and how it relates to climate change as part of a new \u20ac5 million project, Terrain-AI.\nNews\n\t\u00a0 \nProfessor David Hoey  awarded SFI Frontiers for the Future grant\nProfessor David Hoey, Associate Professor in biochemical  engineering at Trinity, has been awarded almost half a million euro in funding  as part of a \u20ac53 million SFI funding package provided in the form of 71 grants  to higher education institutions across the country.\nNews\n\t\u00a0  \nMMT and PreSonus Partnership\nMMT are delighted to partner with PreSonus Audio Electronics in adapting to the new online format.\nNews\n\t\u00a0\nProf. Rocco Lupoi to speak at ASM Thermal Spray Society Open Mic Series", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-26", "text": "Prof. Rocco Lupoi to speak at ASM Thermal Spray Society Open Mic Series\nProf. Rocco Lupoi has been invited to speak at the upcoming ASM Thermal Spray Society Open Mic Series. The Open Mic Series, which will be moderated by Dr. Rogerio Lima of the National Research Council of Canada, will take place on April 21st, 2021.\nNews\nMechanical Engineering Students win NTAs Smarter Travel Campus Awards", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-27", "text": "News\nMechanical Engineering Students win NTAs Smarter Travel Campus Awards\nCongratulations to  2019-2020 ME3B8 Universal Design Innovation Students in the Department of  Mechanical, Manufacturing and Biomedical Engineering for winning this years Smarter Travel Campus Awards organized by the National Transport Authority. Cian Kellett, Eoin Burke, Damien Deasy & Adhriaj Sood  won the Engineering & Innovation \u2013 Technology category with  their entry Smart which is an autonomous ramp to provide wheelchair  users independent access to rail transportation such as the Dart. The project  was sponsored by the Department and by ARUP Engineering.\nNews\nTrinityHaus contributes to the World Alzheimer Report 2020 - Design, dignity and dementia; dementia-related design and the built environment", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-28", "text": "The World Alzheimer Report 2020 Design, dignity and dementia; dementia-related design and the built environment was launched on World Alzheimers Day - 21 September 2020. The report focusses on dementia and the built environment, specifically domestic spaces, care homes, day care, hospitals and public spaces.\nNews\nPhD student, Brian Considine, wins Best Presentation Award at ICUAQMET 2020\nPhD student, Brian Considine, in Civil, Structural and Environmental Engineering wins the International Research Conference Certificate of Best Presentation Award at the International Conference on Urban Air Quality Management, Environment and Technology (ICUAQMET) 2020.\nNews\nBruce Misstear  receives the 2020 Presidents\u2019 Award of the International Association of  Hydrogeologists\nProf Bruce Misstear is the 2020 recipient of the Presidents\u2019  Award of the International Association of Hydrogeologists (IAH).\nNews", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-29", "text": "News\nChief Technical Officer, Mick Reilly, and his sons produce face shields for front line medical staff\nTwo young brothers are helping in the battle to produce more Covid-19 protective equipment by helping their father print 3D face shields. (source: thejournal.ie)\nNews\nPhD student Alix Whelan wins Engineers Ireland Biomedical Research Medal\nAlix  Whelan, a PhD student in Biomedical Engineering under the supervision of  Professor Caitr\u00edona Lally in the Department of Mechanical and Manufacturing  Engineering, is the 2020 winner of the Engineers Ireland Biomedical Research  Medal.\nNews\nInception Horizon Event March 7th 2020 organised by Professor Laurence Gill", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-30", "text": "News\nInception Horizon Event March 7th 2020 organised by Professor Laurence Gill\nProfessor Laurence Gill is organising an event entitled Inception Horizon - a celebration of subterranean karst cave systems on Saturday March 7th at 7pm in the Museum Building, TCD. The event aims to reveal and celebrate the  natural beauty and importance of karst limestone. It will feature an original  commissioned choral work by Norah Walsh (performed by the Mellow Tonics choir  which Prof. Gill sings in) that aims to capture the essence of how such intricate  subterranean labyrinths are created and shaped by moving water.\nNews\nSigmedia in the Department of Electronic and Electrical Engineering in collaboration with two Dublin-based SMEs has won a \u20ac1.5m Disruptive Technology Innovation Award", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-31", "text": "Sigmedia, Kinesense Ltd and Overcast HQ Ltd have been awarded \u20ac1.5m from the Disruptive Technology Innovation fund to provide a video intelligent search platform to enable exploitation of video for the criminal justice/security and media and entertainment market.\nNews\nProfessor Conor Buckley is one of three Trinity researchers to win prestigious European Research Council award\nProfessor Conor Buckley, Director of Biomedical Engineering and a   Principal Investigator in the Advanced Materials and Bioengineering   Research (AMBER) Centre, is one of three researchers from Trinity College Dublin to have won prestigious European   Research Council (ERC) Consolidator Grant awards valued at \u20ac2 million   each.\nNews\nPrize Winners Evening 2019\nThe School of Engineering hosted a prize winners evening on the 5th October\nNews\nNew project to identify strategies to reduce emissions from Irish heavy-duty vehicles (HDV) fleet", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "56f4cd0ba507-32", "text": "New project to identify strategies to reduce emissions from Irish heavy-duty vehicles (HDV) fleet\nA year- long project, ECO-HDV, funded by EPA-Ireland and co funded by DTTAS to identify strategies to reduce emissions from Irish heavy - duty vehicles fleet\nNews", "source": "https://www.tcd.ie/Engineering/about/news/index.php"}
{"id": "4f404c7b3746-0", "text": "You are here\nAbout Us > Vacancies\nVacancies\nAssistant Professor in Structural Engineering\nDepartment of Civil, Structural and Environmental Engineering. \nView Job Description.\nApplications will only be accepted by applying online through the Trinity Jobs Portal http://jobs.tcd.ie (search by Department 'School of Engineering'). Closing Date - 12 noon (Irish Standard Time) 25th August 2023.\n\u00a0\nE3 Assistant Professor in Electrical and Electronic Engineering (Biomedical Circuits and Systems)\nDepartment of Electronic and Electrical Engineering. \nView Job Description.\nApplications will only be accepted by applying online through the Trinity Jobs Portal http://jobs.tcd.ie (search by Department 'School of Engineering'). Closing Date - 12 noon (Irish Standard Time) 11th September 2023.\n\u00a0\nFor all current vacancies please visit the main TCD vacancies page.", "source": "https://www.tcd.ie/Engineering/about/vacancies/index.php"}
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