COURSE SCHEDULE (Weekly) WEEK TOPICS 1 Introduction 2 Group technology: Definition,Benefits, Classifications and coding systems 3 Cellular manufacturing, Production flow analysis, Cell formation problem 4 Cell formation part machine matrix 5 Similarity coefficient based methods for cell formation 6 Midterm Examination 1 7 Performance measures 8 Mathematical programming methods for cell formation 9 Layout planning in cellular manufacturing 10 The concept of flexibility and introduction to FMS 11 Midterm Examination 2 12 Basic decisions in FMS 13 FMS loading problem, scheduling and control 14 Term project presentations 15,16 Final Examination CONTRIBUTION OF THE COURSE LEARNING OUTCOMES TO THE CONTRIBUTION INDUSTRIAL ENGINEERING PhD PROGRAM LEARNING OUTCOMES LEVEL 1 3 2 NO LEARNING OUTCOMES (PhD) Low High Mid Ability to understand and implement mathematics, and LO 1 engineering sciences at utmost level in the field of Industrial Engineering and other relevant fields. Ability to reach the newest knowledge, design, plan, manage, finalize and implement original research processes bringing innovation to LO 2 science or technology in the field of Industrial Engineering and other relevant fields. Ability to design, plan, manage, finalize and implement LO 3 multidisciplinary innovative studies Ability to present and publish the results of academic studies at all LO 4 kind of platforms. Ability to use at least one language sufficiently, skills for written, LO 5 verbal, visual communication and discussion in that language. Ability to make evaluation, critical analysis and synthesis about LO 6 conceptions that are generated in the relevant field. Ability to evaluate actual scientific, technological, social, cultural and LO 7 environmental developments besides awareness of scientific neutrality, ethics and responsibility. Prepared by : Assist. Prof. Dr. Feriştah ÖZÇELİK Date: 10.06.2015 Signature: INDUSTRIAL ENGINEERING (PhD) DEPARTMENT SEMESTER COURSE CODE 503202602 NETWORK FLOW THEORY
COURSE SCHEDULE (Weekly) WEEK TOPICS 1 Introduction 2 Group technology: Definition,Benefits, Classifications and coding systems 3 Cellular manufacturing, Production flow analysis, Cell formation problem 4 Cell formation part machine matrix 5 Similarity coefficient based methods for cell formation 6 Midterm Examination 1 7 Performance measures 8 Mathematical programming methods for cell formation 9 Layout planning in cellular manufacturing 10 The concept of flexibility and introduction to FMS 11 Midterm Examination 2 12 Basic decisions in FMS 13 FMS loading problem, scheduling and control 14 Term project presentations 15,16 Final Examination CONTRIBUTION OF THE COURSE LEARNING OUTCOMES TO THE INDUSTRIAL ENGINEERING PhD PROGRAM LEARNING OUTCOMES CONTRIBUTION LEVEL NO LEARNING OUTCOMES (PhD) 3 High 2 Mid 1 Low LO 1 Ability to understand and implement mathematics, and engineering sciences at utmost level in the field of Industrial Engineering and other relevant fields. LO 2 Ability to reach the newest knowledge, design, plan, manage, finalize and implement original research processes bringing innovation to science or technology in the field of Industrial Engineering and other relevant fields. LO 3 Ability to design, plan, manage, finalize and implement multidisciplinary innovative studies LO 4 Ability to present and publish the results of academic studies at all kind of platforms. LO 5 Ability to use at least one language sufficiently, skills for written, verbal, visual communication and discussion in that language. LO 6 Ability to make evaluation, critical analysis and synthesis about conceptions that are generated in the relevant field. LO 7 Ability to evaluate actual scientific, technological, social, cultural and environmental developments besides awareness of scientific neutrality, ethics and responsibility. Prepared by : Assist. Prof. Dr. Feriştah ÖZÇELİK Date: 10.06.2015 Signature: DEPARTMENT INDUSTRIAL ENGINEERING (PhD) SEMESTER COURSE CODE 503202602 NETWORK FLOW THEORY