IE 2305 Computer Applications in Industrial Engineering – IE 2308 Engineering Economics – IE 3301 Engineering Probability – IE 3315 Operations Research I – IE Required Professional Program Classes Professional classes cannot be taken until a student has completed all pre-professional classes with a C or better. There can be a one semester overlap between pre-professional and professional classes. Most professional program classes are only offered once per year. It’s important for students to plan ahead to avoid delays in graduation. Total pre-professional credit hour is 54 credit hours. IE 3314 Engineering Research Methods – IE 3343 Metrics and Measurements – IE 4302 Engineering Administration and Organization – IE 4303 Production and Inventory Control – IE 4308 Quality Systems – IE 4315 Operations Research II – IE 4318 Enterprise Design – IE 4322 Enterprise Simulation – IE 4325 Automation and Robotics I – IE 4339 - Product Development, Producibility, and Entrepreneurship IE 4340 Engineering Project Management – IE 4343 Facilities Planning and Design – IE 4344 Human Factors Engineering – IE 4345 - Applied Knowledge Engineering and Data Analytic Applications IE 4350 Industrial Engineering Capstone Design – Technical Electives 9 Hours – Technical Elective Sequences The following are suggested course sequences for use in satisfying IE technical electives. course sequences were designed to enhance the BSIE degree requirements. Students should consider their interests and career goals in choosing technical electives. These course sequences are suggestions only. Students who want to use a course as a technical elective which is not contained in one of these sequences must get approval from the IE Undergraduate Advisor prior to taking it. Automation and Unmanned Vehicle Systems Will result in UVS Certificate IE 4378 Introduction to Unmanned Vehicle Systems – Introduction to UVS (Unmanned Vehicle Systems) such as UAS (Unmanned Aircraft Systems), UGS (Unmanned Ground System) and UMS (Unmanned Maritime System), their history, missions, capabilities, types, configurations, subsystems, and the disciplines needed for UVS development and operation. UVS
IE 2305 – Computer Applications in Industrial Engineering IE 2308 – Engineering Economics IE 3301 – Engineering Probability IE 3315 – Operations Research I IE Required Professional Program Classes Professional classes cannot be taken until a student has completed all pre-professional classes with a C or better. There can be a one semester overlap between pre-professional and professional classes. Most professional program classes are only offered once per year. It’s important for students to plan ahead to avoid delays in graduation. Total pre-professional credit hour is 54 credit hours. IE 3314 – Engineering Research Methods IE 3343 – Metrics and Measurements IE 4302 – Engineering Administration and Organization IE 4303 – Production and Inventory Control IE 4308 – Quality Systems IE 4315 – Operations Research II IE 4318 – Enterprise Design IE 4322 – Enterprise Simulation IE 4325 – Automation and Robotics I IE 4339 - Product Development, Producibility, and Entrepreneurship IE 4340 – Engineering Project Management IE 4343 – Facilities Planning and Design IE 4344 – Human Factors Engineering IE 4345 - Applied Knowledge Engineering and Data Analytic Applications IE 4350 – Industrial Engineering Capstone Design Technical Electives – 9 Hours Technical Elective Sequences The following are suggested course sequences for use in satisfying IE technical electives. course sequences were designed to enhance the BSIE degree requirements. Students should consider their interests and career goals in choosing technical electives. These course sequences are suggestions only. Students who want to use a course as a technical elective which is not contained in one of these sequences must get approval from the IE Undergraduate Advisor prior to taking it. Automation and Unmanned Vehicle Systems Will result in UVS Certificate IE 4378 – Introduction to Unmanned Vehicle Systems Introduction to UVS (Unmanned Vehicle Systems) such as UAS (Unmanned Aircraft Systems), UGS (Unmanned Ground System) and UMS (Unmanned Maritime System), their history, missions, capabilities, types, configurations, subsystems, and the disciplines needed for UVS development and operation. UVS
Industrial_Engineering_Undergraduate_Program_Guide_2016_Update1.docx