Troy University

What you'll study

This programme emphasises applied engineering principles and technical problem solving. Core subjects typically include materials and manufacturing processes, electronic circuits and instrumentation, statics and basic mechanics, programmable logic controllers and automation, computer-aided design (CAD), and quality control methods. Students also study mathematics and technical communication tailored to engineering technology applications.

Learning is delivered through a mix of classroom lectures, laboratory work, design projects and industrially-oriented assignments. Practical modules give sustained experience with workshop equipment, test and measurement tools, simulation and CAD software, and project-based team work. Many programmes also include a capstone project in the final year that integrates design, fabrication and testing, often carried out in partnership with industry sponsors.

Entry requirements

Applicants are expected to hold a recognised secondary school qualification with solid preparation in mathematics and science. Typical prerequisites include courses in algebra/trigonometry and physics; more advanced maths such as pre-calculus is desirable for students aiming to progress into technical specialisms.

Troy University’s admissions process considers academic transcripts and a personal statement; standardised test scores may be requested depending on the applicant’s background. International applicants must demonstrate English language proficiency through an approved test or recognised qualification where English is not the first language. Mature applicants with relevant technical or vocational experience are also encouraged to apply and may be considered on the basis of prior learning and work history.

Career prospects

Graduates enter a wide range of technical and supervisory roles across manufacturing, utilities, construction, aerospace support, automotive, energy and electronics sectors. Typical job titles include engineering technologist, maintenance supervisor, process technician, quality control specialist, field service engineer and CAD technologist. The hands-on focus also supports careers in production management, technical sales and operations, while the degree can provide a stepping stone to further study or professional certification in engineering and technology management.

Many students gain workplace experience through internships, cooperative placements or capstone projects, which helps build industry contacts and improves employability in regional and national labour markets.

Why study at Troy University

Troy University offers a student-centred learning environment with relatively small class sizes and a strong emphasis on practical skills. The university provides supervised laboratories and workshops where students can apply theory to real equipment and projects. Faculty often include instructors with industry experience who bring applied perspectives to teaching and project supervision.

Additional advantages include flexible delivery options across Troy’s regional campuses and online offerings, career services that support internship and job placement, and opportunities to work on industry-linked projects. For students seeking an applied route into technical professions, Troy’s engineering-related technologies programme combines vocational relevance with pathways to continued education and professional development.