Core Courses

IME 106

IME 335

IME 345

IME 365

IME 370

IME 375

IME 415

IME 451

IME 465

IME 468

IME 470

IME 475

IME 476

IME 480

IME 482

IME 483

IME 484

IME 490

Electives

IME 427

IME 430

IME 458

IME 461

IME 463

IME 466

IME 467

IME 477

Other Courses

IME 198

IME 199

IME 298

IME 299

IME 392

IME 398

IME 399

IME 492

IME 475 - CAD, CAM, and CAE

	COURSE DESCRIPTION Industrial and Manufacturing Engineering – CAD, CAM and CAE (3) (3,0) (IME 475) Required Course Fall Semesters 2007 - 2008
	2003-2005 Catalog Data:		475-3 CAD, CAM and CAE Advanced 3-D solid and assembly modeling in computer-integrated design and manufacturing environments, parametric and associative modeling, sketch modeling. Prerequisite: 375 or consent of instructor.
	Textbook(s):		Computer Aided Design and Analysis, Edited by H.F. Lee, UGS Inc., 2007. Advanced Design and Assembly Modeling, Edited by H. F. Lee, UGS, Inc., 2007.
	Coordinator:		H. Felix Lee, Professor of Industrial and Manufacturing Engineering.
	Topics and Schedule:		1. Concurrent Engineering (3 hour). 2. Advanced Swept Features (3 hours). 3. Three Assembly Modeling Approaches (6 hours). 4. Subassemblies and Reference Sets (3 hours). 5. Interpart Modeling/Mating Conditions (6 hours). 6. Part Families (3 hours). 7. Constraining and Managing Sketches (6 hours). 8. Design Optimization (3 hours). 9. Computer-Aided Milling Application (3 hours). 10. Computer-Aided Structure and Motion Analysis (3 hours). 11. CAD/CAE/CAM Projects (12 hours)
	Professional Component:		This course introduces computer-aided product design with components of engineering analysis and manufacturing to senior-level engineering students. The course is an engineering topics course with significant engineering design content.
	Course Outcomes		Students successfully completing this course will have the ability to: 1. Build complex 3-D models efficiently using high-level sketching. 2. Create 3-D assembly models using three different approaches and part families. 3. Apply different parametric and associative modeling skills within individual parts and between components in an assembly in order to capture design intent. 4. Perform basic computer aided manufacturing and analysis (CAM/CAE) using 3-D models.
	Prepared by:		H. Felix Lee, Professor of Industrial and Manufacturing Engineering.
	Date:		May 18, 2008
Program Educational Objective.Outcome		General Course Outcomes IME 475 CAD, CAM ,and CAE
		1		2	3	4
1.1						P
1.2						P
1.3		P		P		P
1.4						P
2.1
2.2
2.3
2.4
3.1
3.2		P		P	P
3.3
3.4
3.5
4.1
4.2
4.3
4.4

©2007
Southern Illinois University Edwardsville
Last Updated: June 12, 2008