270, ETD 278, Core competency CAT 218, EGR survey at the time of 128 graduation Graduate Exit planning, time estimates, ethics, and Interviews make sound decisions. Employer Surveys Faculty review of student comments from course evaluations OPT 101, MAT Faculty and Advisory 131, MAT 132, Committee assessment PHY 131, PHY of ETD 278 Capstone 132, ETD 101, Course ETD 110, ETD 118, ETD 213, Core competency 3) Design in detail individual parts ETD 222, ETD survey at the time of from functional sketches provided by 230, ETD 238, graduation an engineer, and model them using a ETD 245, ETD three-dimensional parametric 270, ETD 278, Graduate Exit modeler. (i.e. 3D CAD). CAT 218 Interviews Employer Surveys Faculty review of student comments from course evaluations OPT 101, OPT Faculty and Advisory 201, INT 113, Committee assessment HVA 286, MAT of ETD 278 Capstone 131, MAT 132, Course PHY 131, PHY 132, ETD 101 Core competency 4) Analyze parts for important product ETD 102, ETD survey at the time of properties: Use mathematical and 110, ETD graduation scientific skills to analyze product 118,ETD 132, properties including form, function, fit, ETD 213, ETD Graduate Exit strength, thermal, fluid, etc. 214, ETD 222, Interviews ETD 230, ETD 245, ETD 238, Employer Surveys ETD 261, ETD 278, ETD 291 Faculty review of CAT 218 student comments from course evaluations 5) Desk-top manufacturing of models, ETD 128, ETD Faculty and Advisory or patterns using solid model data as 110, ETD 228, Committee assessment
planning, time estimates, ethics, and make sound decisions. 270, ETD 278, CAT 218, EGR 128 Core competency survey at the time of graduation Graduate Exit Interviews Employer Surveys Faculty review of student comments from course evaluations 3) Design in detail individual parts from functional sketches provided by an engineer, and model them using a three-dimensional parametric modeler. (i.e. 3D CAD). OPT 101, MAT 131, MAT 132, PHY 131, PHY 132, ETD 101, ETD 110, ETD 118, ETD 213, ETD 222, ETD 230, ETD 238, ETD 245, ETD 270, ETD 278, CAT 218 Faculty and Advisory Committee assessment of ETD 278 Capstone Course Core competency survey at the time of graduation Graduate Exit Interviews Employer Surveys Faculty review of student comments from course evaluations 4) Analyze parts for important product properties: Use mathematical and scientific skills to analyze product properties including form, function, fit, strength, thermal, fluid, etc. OPT 101, OPT 201, INT 113, HVA 286, MAT 131, MAT 132, PHY 131, PHY 132, ETD 101 ETD 102, ETD 110, ETD 118,ETD 132, ETD 213, ETD 214, ETD 222, ETD 230, ETD 245, ETD 238, ETD 261, ETD 278, ETD 291 CAT 218 Faculty and Advisory Committee assessment of ETD 278 Capstone Course Core competency survey at the time of graduation Graduate Exit Interviews Employer Surveys Faculty review of student comments from course evaluations 5) Desk-top manufacturing of models, or patterns using solid model data as ETD 128, ETD 110, ETD 228, Faculty and Advisory Committee assessment
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