Eastern Washington University

What you'll study

The Engineering Technologies bachelor programme combines foundational engineering science with applied technical courses and laboratory practice. Early coursework typically covers mathematics for technicians, physics, materials science, engineering drawings and CAD, and introductory electronics. Core and elective modules develop practical skills in areas such as applied mechanics, manufacturing processes, computer-aided design and manufacturing (CAD/CAM), programmable logic controllers (PLCs), instrumentation and control, quality assurance, and technical project management.

Students spend substantial time in workshops and labs learning measurement, fabrication, circuit construction, troubleshooting and testing methodologies. The curriculum usually culminates in a senior capstone or project course in which student teams apply classroom learning to design, build and document a working system or solve an industry‑relevant problem. Options for specialised study depend on local faculty expertise and may include automation, robotics, electronics, sustainable manufacturing or construction technology.

Entry requirements

• Completion of a recognised secondary school qualification with evidence of competence in mathematics (algebra and geometry) and at least one science subject such as physics or chemistry.
• Standard university admission; applicants are assessed on academic record, and those with relevant technical certificates or prior college coursework in engineering technology are often favourably considered.
• For transfer students, an associate degree in a related field or completion of key prerequisite courses (calculus or college algebra, physics, chemistry and technical drafting/CAD) is typically required.
• International applicants must meet English language proficiency requirements and submit equivalent academic credentials for admission review.
• Additional requirements for certain specialisations may include a portfolio of technical work, letters of recommendation, or an interview with programme faculty.

Career prospects

Graduates of Engineering Technologies are prepared for a range of technical and supervisory roles in industry. Typical job titles include engineering technician, manufacturing technician, CAD/CAM designer, quality control inspector, maintenance technologist, field service technician and automation technician. Many alumni find positions in manufacturing plants, utilities, construction firms, electronics companies, and engineering service providers.

The programme also provides a pathway to professional growth: graduates often pursue industry certifications, advance into supervisory or operations management roles, or continue into graduate study in engineering, industrial technology, or management. The applied focus makes graduates attractive to employers seeking practical, workplace-ready skills.

Why study at Eastern Washington University

Eastern Washington University offers a pragmatic, hands‑on approach to engineering technologies with small class sizes and accessible faculty who bring industry experience into teaching. The university’s laboratory and shop facilities support applied learning in machining, electronics, instrumentation and CAD/CAM, giving students repeated opportunities to practise technical skills.

Located near Spokane, EWU maintains connections with regional manufacturers, utilities and engineering firms, which helps students secure internships, cooperative placements and project partnerships. The campus emphasis on experiential learning, combined with advising for career development and professional certifications, helps students transition quickly from study to technical careers in the region and beyond.