University of Mississippi

What you'll study

The undergraduate engineering curriculum begins with a solid foundation in calculus, physics, chemistry and fundamental engineering principles, typically taken in the first two years. Students then move into discipline-specific coursework and laboratory classes in their chosen major — for example, structural analysis and geotechnical coursework for civil engineering; circuit theory, signals and systems for electrical engineering; thermodynamics, fluid mechanics and machine design for mechanical engineering; process engineering and transport phenomena for chemical engineering; and systems engineering, operations research and quality control for industrial engineering.

All programmes include substantial hands-on components: laboratory experiments, computer-aided design (CAD) and simulation, materials testing, control systems labs and embedded systems projects depending on the major. The curriculum culminates in a senior capstone or design project where student teams solve real-world engineering problems, often in partnership with industry or faculty research groups.

• Core subjects: Calculus sequence, differential equations, physics, chemistry, statics and dynamics
• Engineering fundamentals: Materials science, engineering mechanics, thermodynamics, circuit analysis, programming for engineers
• Major-specific modules: Discipline electives, advanced laboratory courses and design studios
• Professional development: Ethics, engineering economics, project management and communication
• Optional opportunities: Undergraduate research, internships/co-op placements and student engineering societies

Entry requirements

Applicants should hold an accredited secondary school qualification with strong preparation in mathematics and science. Recommended high-school subjects include calculus (or pre-calculus), algebra, physics and chemistry. Admissions decisions consider the overall academic record, coursework rigor, personal statement and letters of recommendation.

Domestic applicants will find the programme suitable if they demonstrate strong performance in STEM subjects; international applicants must present an equivalent qualification and evidence of English-language proficiency. Prospective students are advised to check the university's undergraduate admissions pages for the most current requirements and any test-optional policies.

Career prospects

Graduates with a Bachelor of Science in Engineering from the University of Mississippi enter a wide range of technical and professional roles. Typical early-career positions include design engineer, manufacturing or process engineer, systems analyst, project engineer and field engineer across sectors such as construction, energy, manufacturing, transportation and technology.

Many graduates pursue professional engineering licensure (starting with the Fundamentals of Engineering exam), further specialisation through master's degrees, or careers in research and development. The programme’s emphasis on practical skills, capstone design and industry engagement also supports transitions into consulting, product development, supply chain and operations management roles.

Why study at University of Mississippi

The Bagley College of Engineering at the University of Mississippi offers ABET-accredited programmes with a balance of classroom instruction, laboratory work and project-based learning. Students benefit from modern lab facilities, active faculty research groups and links with regional industry that facilitate internships and project partnerships.

Beyond academics, the college supports student development through professional societies (for example ASCE, IEEE, SAE and SWE), mentoring programmes, career services and entrepreneurship initiatives. The campus environment and location provide opportunities for community engagement and regional collaboration while preparing students for national and international engineering careers.