Central Washington University

What you'll study

This programme blends core engineering fundamentals with applied energy technologies. You will study electrical circuits, thermodynamics, fluid mechanics, heat transfer and control systems alongside specialised energy subjects such as power generation systems, combustion technology, heating/ventilation/air conditioning (HVAC) systems, distributed generation, solar photovoltaics, wind energy systems, energy storage, and energy auditing.

Coursework emphasizes practical skills: laboratory work in electrical and mechanical systems, instrumentation and controls labs, hands‑on training with HVAC and combustion equipment, and field exercises for site assessment and system commissioning. Project work and a capstone design or practicum give experience integrating system design, safety, codes and economic considerations.

• Core technical modules: electrical circuits, materials and instrumentation, thermodynamics, fluid mechanics, heat transfer.
• Energy‑specific modules: power systems, combustion and boiler systems, HVAC design and controls, renewable energy technologies (solar, wind, storage), distributed generation and microgrids.
• Professional skills: technical drawing and CAD basics, safety and regulatory compliance, energy auditing and efficiency, project management and technical communications.
• Practical components: laboratory sessions, equipment commissioning, site assessments, industry practicum or internship and a final capstone project.

Structure

The degree typically combines lower‑division general education and fundamental STEM courses with upper‑division technical coursework and applied labs. Students progress from foundational mathematics and science into specialised energy technology modules and culminate with a practicum or capstone project that demonstrates system integration and real‑world problem solving.

Entry requirements

Applicants should have a high school diploma or recognised equivalent. Strong preparation in algebra and physics is recommended; coursework in chemistry and technical subjects such as shop or electronics is helpful. Central Washington University considers academic records, course preparation and any relevant technical experience.

For transfer applicants, prior college coursework in mathematics, physics or technical fields and industry certificates (for example in HVAC, electrical or instrumentation) are valued and may be evaluated for credit. Applicants without a traditional academic background but with substantial technical experience should contact admissions to discuss pathway options, placement testing and prerequisite completion.

Career prospects

Graduates enter a wide range of technical and operational roles across utilities, manufacturing, commercial building services and renewable energy firms. Typical job titles include energy systems technician, HVAC systems technician, renewable energy technician, instrumentation and controls technician, field service technician, energy auditor, and operations or maintenance technician at power plants and industrial facilities.

With additional certifications or experience, graduates may move into supervisory, commissioning, project coordination or technical sales roles, or continue into applied engineering or management programmes. The programme’s emphasis on internships and practicum supports direct entry to the workforce and builds connections with regional employers.

Why study at Central Washington University

Central Washington University offers a hands‑on approach with lab facilities and applied learning experiences designed for energy technology students. The university’s location and industry links provide opportunities for internships, practicum placements and regional employer engagement. Faculty bring practical, industry‑informed perspectives and the curriculum is designed to align technical fundamentals with the skills employers need in energy systems, renewables and building systems.

The programme’s combination of classroom learning, applied laboratories and project work prepares graduates for immediate technical roles while providing a foundation for professional certifications and continued study in related engineering and energy management fields.