University of Mississippi

What you'll study

The computer engineering curriculum balances mathematics and physical sciences with core engineering and computer science subjects. You will complete foundational courses in calculus, linear algebra, differential equations and physics before moving into major-specific coursework.

• Core engineering and circuits: circuit analysis, electronic devices and circuits, signals and systems.
• Digital systems and hardware: digital logic, microprocessor and microcontroller design, embedded systems, VLSI fundamentals and hardware description languages.
• Computer engineering software: data structures and algorithms, operating systems, computer architecture, real-time and embedded software development.
• Systems and networking: communications, networking principles, interfacing and hardware/software co-design.
• Lab and design experience: multiple laboratory courses with hands-on circuit and embedded-system projects, plus a year-long senior capstone design project addressing a real engineering problem.
• Electives and breadth: technical electives allow specialisation in areas such as robotics, machine learning for embedded systems, cybersecurity, or digital signal processing; general education courses provide communication, ethics and professional skills.

The programme emphasises project-based learning, teamwork and use of contemporary tools used in industry (soldering and PCB work, FPGA development boards, embedded toolchains, CAD and simulation tools). Optional undergraduate research with faculty is available for students seeking deeper technical experience.

Entry requirements

Applicants are expected to have completed a strong secondary school programme with emphasis on mathematics and science. Typical preparation includes courses in algebra, geometry, trigonometry/pre-calculus and physics; prior exposure to calculus and introductory programming is advantageous.

• Academic background: high school diploma or equivalent with competitive grades in mathematics and science.
• Recommended subjects: calculus (or readiness for first-year university calculus), physics, and computer science or programming where available.
• International applicants: equivalent secondary credentials and proof of English proficiency through accepted tests or university-approved alternatives.
• Other considerations: statements of purpose, recommendation letters, and evidence of extracurricular STEM involvement, internships or relevant projects can strengthen an application.

Transfer students from community colleges or other universities are considered; credit transfer is evaluated against the degree curriculum and faculty advisers work with transfers to map required courses. Prospective students should consult the university admissions office and the School of Engineering for specific course equivalency guidance.

Career prospects

Graduates with a Bachelor’s in Computer Engineering are prepared for roles at the intersection of hardware and software. Common career paths include:

• Embedded systems engineer or firmware developer
• Computer/hardware systems engineer and digital design engineer
• Network and communications engineer
• Robotics engineer and control systems developer
• Systems architect, test and validation engineer, or technical consultant
• Software developer roles that require strong systems-level knowledge

Graduates also move into graduate study (MS or PhD) in areas such as computer engineering, electrical engineering, computer science or related interdisciplinary fields. The programme’s lab experience, capstone project and internship opportunities help students build portfolios attractive to employers in industries including consumer electronics, aerospace, automotive, telecommunications, medical devices and research organisations.

Why study at University of Mississippi

The University of Mississippi offers a supportive engineering environment with hands-on laboratories, small-class instruction and opportunities to work closely with faculty on applied research. The School of Engineering emphasises experiential learning through design courses, industry-sponsored projects and internships that connect students with regional and national employers.

• Practical facilities: access to electronics and embedded-systems labs, prototyping resources and computing facilities tailored to engineering coursework and senior design projects.
• Student organisations and professional development: active chapters of IEEE, ACM and other engineering societies provide networking, hackathons, workshops and leadership opportunities.
• Industry links and career support: career services and engineering partnerships assist with internships, co-op opportunities and graduate employment preparation.
• Pathways for growth: options for undergraduate research and pathways to graduate study or professional licensure are available for students pursuing advanced technical careers.

Together, these features make the University of Mississippi a practical choice for students seeking a rigorous, hands-on education in computer engineering that prepares them for both industry roles and further study.