Electronics Engineering Technology

STEMM - The Electronics Engineering Technology program can lead to a broad range of career choices such as electronics and control systems design, research and development, manufacturing, and maintenance.  Students are prepared for these possibilities through a broad background in mathematics, science, basic electrical circuits with hands-on experiential training, electronics, and written and oral communications.

Electronics Transfer option

The Electronics Transfer Option is designed for students who wish to pursue a baccalaureate degree in Electronics Engineering Technology at a four-year institution.  This program prepares students with a solid foundation in mathematics, science, and electrical and electronics principles.  The electrical and electronics courses cover basic DC and AC circuits, electronic devices and circuits, digital electronics, microcomputers and industrial controls.  In addition to chemistry, physics and calculus, students will study engineering statics and C++ programming.

Graduates of this program can function as electronics technicians, electronics installation and repair specialists, maintenance technicians, or applications engineers should they wish to seek employment upon graduation.  those who wish to transfer to a baccalaureate degree-granting institution are encouraged to work early on with their advisor who will place them in contact with that institution.  Edison and the University of Dayton have a particularly strong partnership in Engineering Technology and interested students will meet UD faculty very early in their studies at Edison.

Program Outcomes:

1. Demonstrate proficiency with electronic components and circuits.
    

2. Demonstrate basic competence in electronics engineering design and analysis using applications of mathematics, physics and engineering principles.
    

3. Develop electronics design techniques using the latest technology.
    

4. Demonstrate proficiency in computer programming.
      

5. Demonstrate problem solving skills and troubleshooting techniques in electronics.
    

6. Demonstrate written and oral communication skills.
    

7. Explain ethical considerations involved in electronics design.
    

8. Apply effective interpersonal and teamwork skills.