2. Course Description
A hands on introduction to automation systems dealing
with automated manufacturing practices in NC machines,
PLC’s and Industrial Robotics. Activities include such
things as automated handling and processing of materials
using c0onveyours, positioners. Work holders, industrial
robots, and NC machines. Computer Integrated
Manufacturing techniques inclu8ding technologies such as
sensing, vision, automated product identification, and
storage and retrieval will be investigated.
3. Objectives
The ability to produce designs utilizing automated
production machines, materials handling equipment,
and control systems.
An understanding of the value and basic operations of
CAD/CAM and automation of manufacturing systems.
An understanding of the history and future of
automation of manufacturing systems.
The knowledge essential for the safe operation,
application and basic maintenance of NC machines,
PLC’s, robots and other automates manufacturing
equipment.
The ability to program and execute manufacturing
devices and NC machines.
4. Requirements
Reading Assignments
Written Work
Laboratory Assignments
Cleanup
Attendance and Participation
Quizzes and Examinations
Conduct
5. Assignments
Machine Vision
Radio Frequency Identification
CAM Software
CNC Mill / CAM Software
MAS System Integration
6. Equipment
Programmable Logic Computers
Computer Numeric Control Milling
Inductive Proximity Sensors
Radio Frequency Identification
EMCO WinCAM Milling Software
Robots
Camera
7. Conclusion
Strengths
Lax lab environment
Professor extremely knowledgeable on subject matter
Professor always willing to help, even outside of class
Weaknesses
None