Cost & earnings at Utah Valley University What students borrow here, and what they go on to earn
Engineering Technology at the undergraduate level trains students to apply engineering principles to real-world systems, focusing on hands‑on problem solving, instrumentation, and applied design. It suits students who prefer practical engineering work, lab and shop experience, and preparing for technician‑to‑engineer career paths in industry.
The Engineering Technology bachelor programme emphasizes applied engineering skills, integrating laboratory practice, technical communication, system troubleshooting, and project-based learning. Coursework balances theoretical foundations with applied laboratory and fabrication experiences so graduates can implement, test, and maintain engineered systems in industrial settings.
Students study core engineering fundamentals such as applied mathematics, materials and manufacturing principles, electrical and mechanical systems, instrumentation, quality methods, and technical project management. Learning activities typically include hands-on labs, team projects, technical reports, and industry-relevant software and equipment labs that develop practical competencies alongside conceptual understanding.
Entry to a bachelor-level Engineering Technology programme normally requires a secondary school diploma or equivalent plus demonstrated preparation in mathematics (algebra and trigonometry, often precalculus) and science. Universities may also consider GPA, placement testing, and prerequisite coursework; transfer students commonly need transcripts showing prior college-level math and STEM courses.
Graduates commonly move into roles such as engineering technologist, field service technician, quality or manufacturing technician, test and validation specialist, CAD/technical drafter, or operations support in sectors like manufacturing, utilities, construction, and product development. The programme prepares students for hands-on technical roles and for collaborating with engineers on design, production, and maintenance tasks; some graduates later pursue professional engineering credentials or further study.
Students should explore institutional scholarships for STEM and technical majors, departmental awards, and external scholarships from industry bodies and trade associations. Additional funding options include work-study, co-op or internship stipends, employer-sponsored tuition assistance for part-time study, and need- or merit-based university financial aid.
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