University of Texas

What you'll study

The Master of Engineering offers a flexible curriculum that balances advanced technical coursework with applied project work. Students typically choose a specialisation within engineering such as civil, mechanical, electrical, computer, chemical, biomedical or systems engineering and follow a combination of core and elective modules tailored to that specialism.

• Core topics: advanced mathematics for engineers, engineering design and analysis, systems engineering principles and professional engineering practice.
• Specialist modules: depend on chosen discipline — examples include structural analysis and geotechnics (civil), solid mechanics and heat transfer (mechanical), power systems and control (electrical), process engineering and transport phenomena (chemical), medical devices and biomechanics (biomedical), and embedded systems and machine learning (computer/electrical).
• Practical project or thesis: many students complete a substantial capstone project or an optional research thesis supervised by faculty. Projects often partner with industry or campus research centres and focus on design, prototyping, systems integration or applied research.
• Professional and transferable skills: project management, engineering ethics, communication for engineers, entrepreneurship and technical leadership modules or workshops.

The programme can be delivered as a coursework-only track, a project-based track, or a thesis track for those intending to pursue research. Typical credit requirements combine advanced electives with a culminating work component determined by the chosen track.

Entry requirements

Applicants are expected to hold a recognised bachelor’s degree in engineering or a closely related STEM discipline. Typical evidence required includes a transcript showing strong academic performance in engineering fundamentals, a CV, and letters of recommendation. Applicants whose first language is not English will need to demonstrate proficiency through recognised English language tests.

Relevant professional experience can strengthen an application, particularly for applicants to professional or project-focused tracks. Some specialisations may require prerequisite coursework (for example, undergraduate coursework in circuits for electrical specialisations or fluid mechanics for mechanical/chemical specialisations); applicants without these prerequisites may be admitted conditionally or required to take bridging modules.

Career prospects

Graduates of the Master of Engineering commonly move into advanced engineering roles across industry, government and startups. Typical job titles include design engineer, systems engineer, project engineer, R&D engineer, controls engineer, and engineering manager. Those with software or electrical specialisms often move into roles in embedded systems, robotics, semiconductor and software development.

The degree is also a route into leadership and technical specialist roles where a combination of engineering depth and project-management skills is required. Graduates may transition into consultancy, product development, manufacturing, energy and infrastructure sectors, or continue into research degrees (PhD) if they choose the thesis route.

Why study at University of Texas

The University of Texas offers engineering students access to extensive laboratory facilities, interdisciplinary research centres and strong links with local and global industry partners. The campus environment provides opportunities for collaboration with active research groups in areas such as energy, robotics, data-driven engineering and biomedical technologies.

Students benefit from a broad professional network, career support services and co‑op or internship pathways that connect academic learning to industry practice. The programme’s flexible structure accommodates students seeking either immediate professional advancement or preparation for doctoral study.