electronics.chemeketa.edu

The Renewable Energy Management degree coursework prepares students for employment designing, installing, and managing renewable energy systems. You may find work with national and international installation contractors in the areas of marketing and sales, materials estimating, and sizing and design. Students in this program follow the first-year curriculum of the Electronics Engineering Technician degree.

During the second year, students of the Renewable Energy Management degree take coursework covering solar, wind, biomass, hydroelectric, and geothermal energy systems. A course in energy management systems will provide a capstone experience for students.

If you have questions about the program requirements or would like to tour Chemeketa’s electronics laboratory, contact Program Chair Charles Sekafetz at 503.399.6254, chuck.sekafetz@chemeketa.edu.

Are you looking to print a Degree Planner for this program? Click on located at the upper right corner of this page.

Program Outcomes

Students completing this degree should be able to satisfy the following outcomes:

1. Use communication, interpersonal, and leadership skills to establish and maintain collaborative relationships with supervisors, coworkers, and customers.
2. Identify and solve technology problems related to electronic circuits and devices, mechanical systems, and computer hardware or software.
3. Perform test procedures and use equipment to diagnose, maintain, and/or repair electronic/computer-based circuits and systems.
4. Read and interpret written materials, including manuals, technical bulletins, schematics, and procedures to maintain and repair equipment or systems.
5. Use standard terminology and clarifying language to communicate orally and in writing with customers, suppliers, supervisors, and co-workers.
6. Practice skills and attitudes-individually and as a member of a team-that reflect quality management procedures and professional standards in the workplace.
7. Apply professional and environmental safety practices associated with the workplace.
8. Evaluate the energy use and recommend appropriate alternative energy solutions as well as energy conservation methods for various applications.

You may earn an associate of applied science degree by successfully completing the required 93 credit hours with a grade of “C” or better in all courses.