Georgia Southern University

What you'll study

The Master’s in Engineering emphasises advanced coursework in modelling, design, analysis and project management while allowing students to focus on areas aligned with their background and career goals. The curriculum typically combines core engineering topics with electives drawn from fields such as structural and geotechnical engineering, systems engineering, manufacturing and industrial engineering, electrical and electronic systems, and materials.

• Core subjects — advanced mathematics for engineers, engineering systems analysis, and professional practice in engineering.
• Specialist topics — possible electives include finite element analysis, structural design, dynamics and controls, signal processing, manufacturing processes, reliability engineering and optimisation.
• Laboratory and applied work — hands‑on lab courses and project work that develop practical skills in instrumentation, testing and computer‑aided engineering tools.
• Capstone options — students normally choose between a research thesis, an applied project or additional coursework, enabling preparation for industry problems or continued academic research.

Entry requirements

Applicants are expected to hold a bachelor’s degree in engineering or a closely related discipline from an accredited institution. Candidates with degrees in other technical fields may be considered but could be required to complete prerequisite undergraduate courses to address gaps in foundational engineering knowledge.

• Academic transcripts demonstrating satisfactory undergraduate performance.
• A statement of purpose outlining academic interests and professional goals.
• Letters of recommendation, typically from academic or professional referees familiar with the applicant’s technical ability.
• A current CV or résumé detailing relevant work or research experience.
• International applicants must meet English language proficiency requirements and provide certified credential evaluations as required.

Career prospects

Graduates find opportunities across industry, government and academia. The programme prepares engineers for roles that require advanced technical competence and problem‑solving ability.

• Design and development roles such as structural engineer, mechanical design engineer, electrical systems engineer or embedded systems developer.
• Systems and project engineering positions in sectors like transportation, energy, manufacturing, aerospace and defence.
• Quality, reliability and process improvement roles in production and operations.
• Research and development positions or further study at the doctoral level for those interested in academic or industrial research careers.
• Pathways into technical leadership and management with experience, often supported by the programme’s project and professional practice components.

Why study at Georgia Southern University

Georgia Southern’s College of Engineering and Computing offers a balance of applied learning and research activity suited to students who want practical skills and industry relevance. The university provides modern laboratory facilities, faculty with active research and industry experience, and opportunities to work on collaborative projects with local and regional partners.

• Flexible programme structure with options for thesis, project or coursework pathways to match academic and career aims.
• Small class sizes that support close interaction with faculty and hands‑on mentoring.
• Access to interdisciplinary centres and labs that allow students to gain experience with contemporary engineering tools and methods.
• Connections to regional employers and a track record of graduates moving into engineering roles across a range of sectors.