Purdue University - College of Technology

Computer Integrated Manufacturing Technology

ABET Accredited - Society of Manufacturing Engineers - Manufacturing Engineering Technology Program

CIMT 400

Computer-Integrated Manufacturing

Class 2, lab. 2, or Class 3, cr. 3.  (Prerequisite: none) Does not carry credit toward graduation in MET/CIMT.

Catalog Description:  This course will study the technology associated with computer integrated manufacturing (CIM). Conventional manufacturing technologies and methods will be introduced, followed by computer automation and CIM. The course will include computer-aided design (CAD), automated manufacturing processes, integrated manufacturing processes, integrated manufacturing systems, and other related topics.

Overall Course Objectives: (rev. 1/8/2004)

Following completion of this course the student should be able to:

1.      Prepare a statement of the need for changes in the traditional operation of manufacturing companies during a mid-term examination.

2.      Describe in general terms the way cutting and chip making processes operate.

3.      Describe the significance of CAD as a foundation of CIM and the fundamental elements of CAD as a productivity enhancement tool for engineering and manufacturing. 

4.      Describe the relationships of the CAD geometry, CAM software and the machine tool path data needed to produce parts using CNC machines. 

5.      Understand key information needed to program CNC machine tools.

6.      Navigate through the manufacturing related modules of the WinMan ERP system.

7.      Complete assignments addressing the creation and maintenance of WinMan databases, the addition of product structures and routings, order entry, and planned material requirements.

8.      Discuss the changing role of people in the computer-integrated work place of the future.

9.      Describe in words the logical steps in a “ladder logic” program for a PLC.

10.  Plan modifications to a ladder logic program for the PLC to enhance the functionality of the program.

11.  Describe the philosophies of quality found in manufacturing and the effective use of the tools of quality management and SPC.

12.  Describe the movements of an Adept industrial robot, and prepare a program for the robot controller to complete a specific series of operations to solve a problem.

13.  Write a personal perspective on the concept of CIM and the application of CIM techniques in manufacturing.

14.  Use sources of information on manufacturing issues from books, magazines and electronic media to supplement leaning and the materials included in the textbook.

15.  Demonstrate ability to communicate professionally through written and oral reports and be an effective team member.