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Program Options
Degree, Certificate or Diploma
Locations
Program Information
The field of electronic engineering is wide and varied, and it offers new and exciting options for college students. Iowa Western’s Electronic Engineering Technology program can prepare you to enter four primary electronics areas:
- Computers
- Telecommunications
- Bio-medical electronics
- Industrial electronics
Working toward an Associate of Applied Science degree, you’ll also be versed in high technology theory in industrial electronics, microelectronics, and optoelectronics. You’ll start by studying basic electricity concepts and advance toward more complex devices and systems.
Field trips give students onsite experience. You’ll also get networking experience, which is always helpful when searching for employment.
Students who complete this AAS degree will have earned an Industrial Technology certificate and Electronic Technology diploma by completion.
Job Outlook
- 7,611 Jobs (2020)
- +13.5% Change (2020-2025)
What will you do
This program is designed for students intending to enter the workforce upon completion of this two-year degree. This program prepares students for a technical-level career in manufacturing, service, and sales in four primary electronics fields: computers, telecommunications, bio-medical electronics, and industrial electronics. Graduates are employed as technicians in the installation and maintenance of various electronic systems and equipment, including power distribution, security, medical, ATMs, telecommunication, aviation and manufacturing. The local job market is strong with major employers needing to replace most of the electronic technicians in the next 10 years.
Wages
- Entry: $20.40
- Average: $28.00
- Experienced: $48.25
First Semester | ||||
| ELT 215 - Motors and Controls | 2.0 Credit(s) | |||
| ELT 196 - Circuit Analysis I | 5.0 Credit(s) | |||
| IND 109 - Equipment Safety and Operation | 3.0 Credit(s) | |||
| IND 197 - Industrial Engineering Technology Orientation | 3.0 Credit(s) | |||
| MAT 743 - Technical Math 1 | 3.0 Credit(s) | |||
Semester Total: 16.0 Credits | ||||
Second Semester | ||||
| ELT 250 - Programmable Logic Controllers | 3.0 Credit(s) | |||
| ELT 201 - Circuit Analysis II | 5.0 Credit(s) | |||
| ELT 251 - Programmable Logic Controllers Lab | 2.0 Credit(s) | |||
| NET 790 - PC Support I | 3.0 Credit(s) | |||
| MGT 195 - Workplace Empowerment | 3.0 Credit(s) | |||
Semester Total: 16.0 Credits | ||||
Third Semester | ||||
| ELT 252 - Advanced Programmable Logic Controllers | 3.0 Credit(s) | |||
| ELT 253 - Advanced Programmable Logic Controllers Lab | 2.0 Credit(s) | |||
| ELT 313 - Digital Circuits I | 4.0 Credit(s) | |||
| ELT 523 - Electronic Devices | 4.0 Credit(s) | |||
| ENG 110 - Writing For The Workplace | 3.0 Credit(s) | |||
Semester Total: 16.0 Credits | ||||
Fourth Semester | ||||
| ELT 432 - Telecommunications | 4.0 Credit(s) | |||
| ELT 433 - Telecommunications Lab | 1.0 Credit(s) | |||
| ELT 850 - Design Projects Lab | 1.0 Credit(s) | |||
| SOC 110 - Introduction to Sociology | 3.0 Credit(s) | |||
| SPC 122 - Interpersonal Communication | 3.0 Credit(s) | |||
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Semester Total: 15.0 Credits | ||||
Total Semester Hours Required: 63.0 | ||||
Notes:1May substitute for MAT 102 or higher. 2Technical Electives must be selected from the following subjects: | ||||
Technical Electives | ||||
| ATR 113 - Industrial Robotics | 3.0 Credit(s) | |||
| ATR 114 - Industrial Robotics Lab | 2.0 Credit(s) | |||
| CAD 139 - Introduction to CAD/CAM | 3.0 Credit(s) | |||
| EGR 160 - Engineering I | 3.0 Credit(s) | |||
| ELE 227 - Electrical Blueprint Reading | 2.0 Credit(s) | |||
| ELE 326 - Basics of Wiring | 2.0 Credit(s) | |||
| HCR 208 - Boilers and Hydronic Systems | 4.0 Credit(s) | |||
| HCR 458 - Alternative Energy Sources | 2.0 Credit(s) | |||
| MFG 145 - Light Machining for Maintenance Trades | 4.0 Credit(s) | |||
| NET 790 - PC Support I | 3.0 Credit(s) | |||
| SER 195 - Advanced Sustainable Energy II | 3.0 Credit(s) | |||
| WTT 143 - Mechanical Power Transmission | 3.0 Credit(s) | |||
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Notes:
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Program Outcomes
Upon the successful completion of the program students will:
- Explain fundamental aspects of electronic engineering technology.
- Troubleshoot electronic problems.
- Utilize proper industry terminology.
- Apply industry standard techniques to automation systems.