University of Texas

What you'll study

This is a four‑year undergraduate engineering programme that blends theoretical coursework with laboratory practice and a team capstone project. Early years concentrate on mathematics, physics and core engineering science; later years focus on manufacturing‑specific topics and systems integration.

• Core foundations: calculus, differential equations, engineering mechanics, thermodynamics and materials science to give a solid engineering base.
• Manufacturing processes: machining, forming, casting, joining, additive manufacturing and polymer processing with hands‑on lab sessions.
• Design and CAD/CAM: computer‑aided design, computer‑aided manufacturing, product design for manufacturability and rapid prototyping.
• Automation and controls: robotics, programmable logic controllers (PLCs), sensors, actuation and industrial control systems.
• Manufacturing systems and operations: production planning, lean manufacturing, Six Sigma concepts, supply chain fundamentals and facilities layout.
• Quality and reliability: statistical process control, failure modes and effects analysis (FMEA), metrology and inspection techniques.
• Engineering management and sustainability: project management, cost estimation, health & safety, and sustainable manufacturing practices.
• Capstone and experiential learning: team design project addressing an industrial problem, laboratory modules and opportunities for internships or co‑operative education placements.

Entry requirements

Applicants are expected to have a strong secondary school record with emphasis on mathematics and physics. Typical offers include competitive university entrance qualifications (for example A‑levels, IB, or an accredited high‑school diploma) demonstrating competency in calculus and the physical sciences.

• Subject preparation: high‑level mathematics (calculus) and physics are strongly recommended; chemistry or engineering science is beneficial.
• Academic evidence: successful applicants usually present strong grades from a recognised secondary qualification; international applicants provide equivalent credentials and proof of English language proficiency if required.
• Supporting materials: a personal statement outlining interest in manufacturing engineering, and academic references are commonly requested. Some applicants may be invited to interviews or placement testing depending on campus procedures.

Career prospects

Graduates enter a broad range of roles in manufacturing and related industries. The programme prepares students for technical and managerial positions where they apply engineering knowledge to improve products, processes and production systems.

• Manufacturing or process engineer designing and optimising production methods.
• Quality engineer or reliability engineer implementing inspection, testing and continuous improvement systems.
• Automation and robotics engineer working on factory automation, PLC programming and systems integration.
• Production or operations manager overseeing plant operations and supply chain coordination.
• Design engineer focused on design for manufacturability and rapid prototyping.
• Further study and research opportunities in manufacturing systems, materials engineering, industrial engineering or business/management for those aiming at specialist or leadership roles.

Why study at University of Texas

The University of Texas provides access to engineering education that emphasises practical laboratory experience, industry engagement and multidisciplinary collaboration. Students benefit from engineering workshops and labs, opportunities for internships with regional and national manufacturers, and project work that connects coursework to real industrial challenges.

The curriculum is designed to develop technical competence alongside teamwork and communication skills valued by employers. Graduates leave prepared to contribute to product development, process improvement, automation and the broader transition to more sustainable and flexible manufacturing systems.