University of Mississippi

What you'll study

The programme combines advanced coursework, laboratory work and a research or project component to build breadth and depth across engineering science. Students typically take a mix of core modules in advanced mathematics and computational methods, experimental design and data analysis, and systems engineering, together with specialist electives chosen from areas such as materials and manufacturing, structural and civil engineering, mechanical systems, electrical and control systems, and biomedical engineering.

• Core topics: advanced engineering mathematics, numerical methods, modelling and simulation, and engineering statistics.
• Laboratory and methods: experimental techniques, instrumentation, data acquisition and uncertainty analysis.
• Specialist electives: materials science and failure analysis; finite element analysis; dynamics and vibration; control systems and robotics; computational fluid dynamics; biomechanics and biomaterials.
• Research/project: a supervised research thesis or a substantial applied design project is normally required, enabling students to apply theoretical tools to real-world engineering problems.
• Professional skills: technical communication, project management and ethics in engineering.

The programme is typically offered with flexible pathways for full-time and part-time study, and includes options for a research-led Master of Science route or a coursework/project route depending on students' career goals.

Entry requirements

Applicants are expected to hold a bachelor’s degree in engineering, technology or a closely related physical science from a recognised institution. Typical academic standards align with a competitive undergraduate record; many departments expect the equivalent of a upper-second class (2:1) UK degree or a minimum GPA (for example, around 3.0 on a 4.0 scale) from a US institution.

• Academic transcripts showing a strong background in core engineering and mathematics.
• Supporting materials: statement of purpose, curriculum vitae and letters of recommendation (usually two or three).
• Test scores: GRE requirements vary by department and may be optional in some cases; check the specific school of engineering guidance.
• International applicants must demonstrate English language proficiency through recognised tests such as IELTS or TOEFL unless exempt.
• Additional considerations: relevant industry experience, prior research or a strong undergraduate project can strengthen an application; some research supervisors may invite applicants to discuss fit before admission.

Career prospects

Graduates of the Engineering Science master’s programme are prepared for technically demanding roles across industry, government and academia. The combination of analytical, computational and experimental training supports careers such as:

• Design or development engineer in sectors like automotive, aerospace, energy and manufacturing.
• Systems engineer, control or robotics engineer, and computational modeller.
• Materials and testing engineer, quality and reliability engineer.
• Engineering consultant or project manager in multidisciplinary teams.
• Research and development roles in corporate labs or national laboratories, or further doctoral study (PhD) for careers in research and teaching.

Many graduates also find opportunities in start-ups and technology transfer, where the ability to bridge theoretical analysis and practical implementation is valued.

Why study at University of Mississippi

The University of Mississippi offers a supportive graduate environment with access to modern laboratories and interdisciplinary research opportunities across the School of Engineering. Students benefit from close collaboration with faculty on applied research projects, opportunities for graduate assistantships and industry partnerships in the region.

• Applied research focus: emphasis on projects that address practical engineering challenges and prepare students for industry or advanced research.
• Small-group supervision: accessible faculty mentoring and opportunities to join research teams and use shared facilities.
• Professional development: seminars, workshops and industry connections that help build technical and transferable skills.
• Location and network: regional industry links and a campus community that supports collaborative study and post-graduation employment search.

Prospective students should consult the School of Engineering for details on programme options, available research areas and funding/assistantship possibilities.