IEEM 575 Computer Aided Manufacturing

Course vector: [2-0-3: 3]

Course Description The course will introduce you to basics of Computer-Aided Design (CAD), Geometric representations such as surface & solid models, and their use in Computr-Aided Manufacturing (CAM) applications, especially for Numerical control of 3- and 5- axis machines.

Instructor:

Dr. Ajay Joneja,
Room 4223, Manufacturing Systems Lab,
Email: joneja@ust.hk

Course summary

You will learn how geometric information about mechanical products is stored in computers, especially through Constructive Solid Geometry (CSG) and Boundary Representations (BRep). You will learn how commercial CAD/CAM systems use these models to perform the activities such as model creation, model manipulation and transformations, graphical display etc. You will learn about geometric issues relating to specific manufacturing applications. In particular we shall learn some details of computer-aided manufacturing planning, in the context of controlling 3-axis and 5-axis machining centers. Along the way, you will learn how to use a commercial CAD system (CATIA) and programming CNC machines in th RS274-language (n-g-code).

Class Schedule

Lectures: Thursdays, 2pm-4pm, Room 3405
Labs: Tuesdays, 10am-1pm, Industrial Automation Lab (Rm 3207)

Grading

The tentative plan for grading is the following:

Assisgnments: 10%
Labs: 15%
Projects: 25%
Exam I: 25%
Exam II: 25%

Text Book

CAD/CAM: Theroy and Practice, Ibrahim Zeid , McGraw Hill
Other References:
CAM, Chang, Wang and Wysk , Prentice Hall

Course Timetable for Spring 2001

Lectures Labs
Feb 1. Introduction Feb 6. 2D drawing, formats (DXF, IGES)
Feb 8. CAD Basics -- representations, projective views Feb 6. 3D modeling: part 1
Feb 15. CSG and BRep, and some related theory basics Feb 13. 3D modeling: part 2
Feb 22. Curves and Surfaces: Basic Geometry Concepts Feb 20. 3D modeling: part 3
Mar 1. Curves and Surfaces: Bezier and B-Splines Feb 27. 3D modeling: part 4
Mar 8. Curves and Surfaces: Bezier and B-Splines (contt) Mar 6. NC programming: part 1
Mar 15. Curves and Surfaces: NURBS Mar 13. NC programming: part 2
Mar 22/23. NC part programming Mar 20. NC programming: part 3
Mar 29/30. NC Part Programming Mar 20. Direct Numerical Control
Mar 29. Part programming: APT; Process Planning Mar 27. Direct Numerical Control
Apr 5. Happy Ching Ming festival Apr 3. Rapid Prototyping
Apr 12. Easter break Apr 10. Rapid Prototyping
Apr 19. CAM: tangents and offsets Apr 16. Easter break
Apr 26. Additional Notes of Curvature Apr 24. Application programs
May 3. CAM contt. May 1. Labor day
May 10. CAM: Surface-Surface Intersections May 8. Project presentations
May 17. Discussions May 15. Project presentations


Web-page maintained by Dr. Ajay Joneja.