| NOTE: |
Academic Credits - The number of academic credits for each course
is the number of credits earned in one semester with successful completion
of that course.
Prerequisite and Corequisite - “Prerequisite” means that
the listed course[s] must be successfully completed with the indicated grade.
A “corequisite” may be taken in the same semester. |
| Course
# |
Course
Description |
Credits |
| CIM 102 |
Introduction to
Robotics -- Corequisite: TEC 104. Introduces
students to robotics and automated systems and their operating
characteristics. Covers robotics principles of operation and work
envelopes. Teaches coordinate systems and how hydraulic, pneumatic
and electromechanical systems function together as a system. Covers
servo and non-servo controls, system capabilities and limitations
and safety. 2 lecture hours; 2 lab hours. |
3 |
| |
|
| CIM 202 |
Work Cell Design and
Integration -- Prerequisites: CIM 102, MIT 205. An
advanced course, which provides instruction in selecting equipment,
writing specifications, designing fixtures and interconnects,
integrating systems, providing interfaces and making the assigned
systems operational. 2 lecture hours; 2 lab hours. |
3 |
| |
|
| CIM 203 |
Automation Electronics -- Prerequisites: MAT
111 or assessment/waiver, MIT 205. Interface programmable
controllers [PLC’s] with analog I/O devices. Tune
proportional integral derivative [PID] loops. Analyze 4-20 mA
current circuitry of a thermal process. Achieve process control
with PLC analog input/output controls using a human machine
interface. Program on-line and off-line via PLC networking. 2
lecture hours; 2 lab hours.
|
3 |
| |
|
| CIM 205 |
Automated
Manufacturing Systems -- Prerequisites: CIM 202, CIM
203. Covers basic principles and applications for planning and
controlling production operations and improvement programs.
Includes system characteristics and solutions for production
process and service operation problems; methods analysis; cost
estimating; facilities planning, tooling and services acquisition
and management; safety and loss prevention; decision-making tools
and evaluation of alternatives. 2 lecture hours; 2 lab hours. |
3 |
| |
|
