Engineering Technology: Electromechanical Engineering

The program prepares graduates to work in an engineering environment and to assist with the design, development, testing, programming, installation, and maintenance of electro-mechanical systems.   Apply & Register Program Details

The program prepares graduates to work in an engineering environment and to assist with the design, development, testing, programming, installation, and maintenance of electro-mechanical systems.

 


This curriculum is currently in the process of being updated. For the up-to-date curriculum, please view our 2020 Academic Program Guide.

Code Course Credits
First Year / First Semester
ENG-101 English Composition I1 3
CIM-101 Machine Shop Practices 3
EET-101 Electrical/Electronic Principles2 4
MTH-125 Accelerated Precalculus3
...-... Social Science General Education Elective 3
    17
Second Semester
ENG-102 English Composition II4 3
CAD-101 Computer Aided Engineering Graphics 4
EET-211 Electronics I5 3
PHY-101 Physics I 6 6
...-... Diversity - Humanities General Education Elective 3
    17
Code Course Credits
Second Year / First Semester
EET-221 Digital Circuits5 3
EET-241 Robotics5 3
CIM-211 PLC Programming 4
PHY-102 Physics II 7 4
    14
Second Semester
CIM-115 Microcontroller Applications 3
CIM-231 Motors, Controllers and Sensors8 3
CIM-251 CIM Integration Project9 2
MTH-132 Statistics for Technology 10
    12
  Total Minimum Credits 60
1 Must test into ENG-101 or complete all appropriate prerequisites
2 Prerequisite: MTH-120, MTH-123, or MTH-125
3 Must test into MTH-125 or take all Prerequisites
4 Prerequisite: ENG-101
5 Prerequisite: EET-101
6 Prerequisite: MTH-100, Co-requisite: MTH-124 or MTH-125
7 Prerequisite: PHY-101
8 Prerequisite: CIM-211
9 Prerequisite: CIM-101, CIM-211 and CIM-221; Co-requisite: CIM-231
10 Prerequisite: MTH-100

Program Student Learning Outcomes

At the end of the program, the graduate will be able to:

  1. Integrate electronic control of a mechanical system or process.
  2. Analyze and solve electro-mechanical system problems.
  3. Use productivity and computerized circuit simulation software to analyze experimental data from electromechanical systems.
  4. Write and orally present theory, concept or analysis of a complex electro-mechanical system problem or electronic project.

Employment Opportunities

  • Junior engineer
  • Field service engineer
  • Lab technician
  • Quality control specialist
  • Production technician
  • Technical salesperson

Special Program Requirements

Students should have an adequate background in algebra and trigonometry.

Transfer Opportunities

Students in this program transfer to many institutions including:

Contact Persons

Dr. Lawrence M. Chatman, Coordinator
(856) 227-7200, ext. 4523
email: lchatman@camdencc.edu

Dr. Melvin L. Roberts
(856) 227-7200, ext. 4942
email: mroberts@camdencc.edu

Additional information

CIP Code

15.0403

Program Code

EME.AAS