University of Memphis

What you'll study

The programme builds on fundamental engineering principles and offers a mix of core and elective courses so students can tailor study to interests such as thermal-fluid sciences, solid mechanics, controls and dynamics, materials and manufacturing, and mechatronics/robotics. Study pathways include a thesis option focused on original research and a coursework (non-thesis) option that emphasises technical breadth and applied projects.

• Core topics: advanced mechanics of materials, heat transfer and thermal systems, fluid dynamics, dynamics and controls, and engineering design methods.
• Typical advanced modules: finite element analysis, computational fluid dynamics, vibrations and dynamics, advanced materials and processing, control systems and mechatronics, and numerical methods for engineers.
• Research and project work: thesis students undertake supervised research culminating in a written thesis and defence; non-thesis students complete a capstone design project or extended technical report.
• Laboratory and practical experience: hands-on work in laboratories for materials testing, thermal systems, fluid mechanics, controls and manufacturing, and access to computational resources for simulation and modelling.

Entry requirements

Applicants are normally expected to hold a bachelor's degree in mechanical engineering or a closely related engineering or physical science discipline. The department assesses undergraduate preparation; students missing specific prerequisites may be required to take bridging undergraduate courses.

• Academic transcripts demonstrating solid undergraduate preparation in core engineering topics.
• Evidence of ability to undertake graduate study such as a statement of purpose and letters of recommendation from academic or professional referees.
• Graduate test scores (where required by the department) and proof of English language proficiency for international applicants; consult the department for current testing policies.
• Some applicants may be considered for teaching or research assistantships; these typically require a separate application and a demonstrated record of academic potential.

Career prospects

Graduates enter a wide range of technical and leadership roles across sectors. The degree prepares students for positions that demand advanced analytical and design skills, and for continuation to doctoral study.

• Design and development engineer roles in industries such as automotive, aerospace, defence and consumer products.
• Thermal systems and HVAC engineering, energy and power generation roles.
• Manufacturing, process engineering and production engineering positions, including roles in advanced manufacturing and quality engineering.
• R&D and testing positions in national laboratories, private research organisations and start-ups working on robotics, materials and new product development.
• Progression to PhD study and academic careers for students who take the research/thesis route.

Why study at University of Memphis

The University of Memphis College of Engineering offers a programme that balances research-led teaching with practical laboratory and project experience. Faculty research spans key mechanical engineering areas, enabling graduate students to join active research groups and benefit from mentorship on applied and theoretical projects.

• Access to specialised laboratories and computational facilities supporting materials testing, fluids and thermal systems, controls and manufacturing.
• Opportunities to engage with regional industry and manufacturing partners in the Memphis metropolitan area, which can support internships, applied projects and employment pathways.
• Flexible programme pathways (thesis and non-thesis) to suit those aiming for research careers or advanced professional practice.
• Financial support opportunities including graduate assistantships and research positions for qualified applicants.