Cost & earnings at Utah Valley University What students borrow here, and what they go on to earn
Mechatronics Engineering Technology trains students to integrate mechanical systems, electronics, control systems, and industrial automation for real-world product and process development. It suits hands-on learners who enjoy combining mechanical design with embedded systems, sensors, and programmable controls and who seek applied engineering roles in manufacturing, robotics, or automation.
Coursework covers core topics that support multidisciplinary system design rather than purely theoretical study. Typical subject areas include mechanical fundamentals, electrical and electronic circuits, programmable logic and embedded controllers, sensors and instrumentation, system integration, and industrial automation practices. Laboratories and project-based assignments are a major component, giving experience with real hardware, software configuration, and diagnostic techniques.
Admissions expect a background demonstrating preparedness for engineering technology study: competence in high-school mathematics (algebra and trigonometry) and basic physics is important. Practical experience with electronics, machining, programming, or robotics can strengthen an application. Applicants follow the universitys standard undergraduate admissions process and may need to meet placement or preparatory requirements in math or foundational courses.
Graduates typically qualify for technician- and technologist-level roles where system integration and hands-on problem solving are required. Common job titles include mechatronics technician, controls technician, automation specialist, maintenance technologist, and field service engineer. Employers span manufacturing, automation suppliers, robotics companies, utilities, and facilities operations; some graduates continue into engineering, supervisory, or product development roles with further experience or study.
Students should explore university-wide merit and need-based scholarships, college-level awards in engineering and technology, and employer or industry-sponsored scholarships tied to manufacturing or automation. Work-integrated learning opportunities, cooperative education placements, and part-time technical roles can offset costs while providing relevant experience. Professional societies and local industry groups also offer modest awards and internships that support students in applied engineering programmes.
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