Tennessee Technological University

What you'll study

The Computer Engineering programme integrates fundamentals of electrical engineering with computer science to give students a broad, practical grounding in digital systems, hardware design and software development. Core topics include digital logic and design, microprocessors and embedded systems, computer architecture, data structures and algorithms, signals and systems, analogue and digital electronics, and software engineering.

Typical modules and learning experiences include:

• Digital Logic Design and Laboratory — Boolean algebra, combinational and sequential circuits, FPGA prototyping.
• Microprocessor Systems and Embedded Design — assembly and C programming for microcontrollers, real-time systems, peripherals and interfacing.
• Computer Architecture and Organization — instruction sets, pipelining, memory hierarchies and performance analysis.
• Electronic Circuits and Systems — analogue circuit analysis, op-amps, semiconductor devices and PCB fundamentals.
• Data Structures, Algorithms and Programming — abstract data types, algorithmic complexity, software development practices.
• Signals and Systems/Communications — time/frequency analysis, sampling, basic communications principles.
• Senior Capstone Design Project — team-based project addressing a real-world hardware/software problem, emphasising design, testing and documentation.
• Laboratory courses and practical work — hands-on experience with test equipment, development boards, simulation tools and CAD for electronics.

The programme typically includes mathematics sequences (calculus, differential equations), physics and general education courses. Students may also choose technical electives in areas such as VLSI design, embedded Linux, computer networks, robotics, cybersecurity or machine learning.

Entry requirements

Applicants must hold a recognised secondary-school diploma or equivalent and meet the university's general admission standards. Successful candidates normally demonstrate strong achievement in mathematics (including precalculus or calculus) and physics. Prior experience with programming is helpful but not always required.

Typical application materials include official transcripts, a personal statement, and any required test scores if you are providing them. Transfer applicants should submit college transcripts for evaluation of completed credits; placement in sequence courses (for example calculus) may be based on previous coursework or placement testing.

International applicants must meet the University's English language proficiency and credential evaluation requirements. Specific admission thresholds and any conditional-entry options are set by Tennessee Tech and should be checked with the admissions office.

Career prospects

Graduates with a Computer Engineering degree from Tennessee Technological University are prepared for roles that bridge hardware and software. Common career paths include:

• Embedded systems engineer — designing firmware and hardware for devices in automotive, consumer electronics and industrial applications.
• Digital/hardware design engineer — FPGA and ASIC design, board-level development and verification.
• Systems and network engineer — integrating computing systems, IoT platforms and communications infrastructure.
• Firmware and software developer — low-level programming, real-time systems and device drivers.
• Test and validation engineer — developing test plans, automated testing and reliability analysis.
• Roles in robotics, automation, cybersecurity and data acquisition systems.

Graduates also progress to graduate study in electrical or computer engineering, computer science or related fields. The programme’s emphasis on practical laboratory work and the capstone project supports employability and readiness for industry internships and co‑op placements.

Why study at Tennessee Technological University

Tennessee Tech’s College of Engineering offers a focused, hands-on education in a campus environment known for strong industry connections across the region. The Computer Engineering programme features laboratory-rich courses, small to moderate class sizes that allow close faculty interaction, and a senior capstone sequence that partners students with real projects.

Students benefit from access to engineering facilities, research opportunities with faculty in areas such as embedded systems and signals, and career services that support internships and employer engagement. The programme’s curriculum aligns with engineering accreditation standards and prepares graduates to meet technical demands in a variety of industries across the United States and beyond.