Georgia Institute of Technology

What you'll study

The Computer Engineering curriculum at Georgia Tech covers a blend of electrical engineering and computer science topics with an emphasis on systems, hardware and embedded design. Early years emphasise core mathematics and science (calculus, differential equations, physics) and foundational engineering courses such as signals and systems, circuits and digital logic.

Core computer engineering subjects typically include:

• Digital Systems and Logic Design: combinational and sequential logic, finite state machines, HDL-based design and simulation.
• Circuits and Electronics: analog and digital circuit analysis, semiconductor device basics and practical lab work.
• Computer Architecture: instruction set architectures, pipelining, memory hierarchies and performance evaluation.
• Microprocessors and Embedded Systems: microcontroller programming, real-time systems, interrupts, I/O and embedded software development.
• Operating Systems and Software Foundations: concurrency, resource management and systems-level programming in C/C++ and related languages.
• VLSI and Hardware Design: CMOS design concepts, layout, testing and verification techniques.
• Communications and Signals: discrete-time signal processing, modulation and basic communications theory where relevant to system design.

Laboratory work and team projects are integral throughout the programme, and a senior capstone design project typically requires students to specify, prototype and deliver a hardware–software system. Students often engage in elective modules or interdisciplinary projects in areas such as robotics, machine learning for embedded systems, computer vision, networked systems and security.

Opportunities for experiential learning include internships, cooperative education placements, undergraduate research with faculty across Georgia Tech’s engineering and computing labs, and participation in student design/build competitions.

Entry requirements

Admission to Georgia Tech’s undergraduate programmes is competitive. Applicants are expected to present a strong secondary-school academic record with emphasis on mathematics and science. Recommended preparation includes:

• Advanced mathematics through calculus and, where available, multivariable calculus or AP/IB equivalents;
• High-school physics and, ideally, an introductory computer science or programming course;
• Strong grades in STEM subjects and evidence of taking the most rigorous curriculum offered by the school;
• Demonstrated problem-solving skills through projects, competitions or coursework; programming experience is advantageous.

For international applicants, proof of English language proficiency is required when applicable. Applicants submit materials through the university’s standard undergraduate admission process; additional materials such as a portfolio of technical projects, recommendation letters and a personal statement can strengthen an application.

Career prospects

Graduates with a BSc in Computer Engineering from Georgia Tech are prepared for roles across hardware, firmware and systems engineering. Common career paths include:

• Hardware design engineer (FPGA, ASIC, board-level design);
• Firmware and embedded systems engineer for consumer devices, automotive and industrial applications;
• Systems or software engineer working on operating systems, device drivers and performance-critical applications;
• Robotics and controls engineer integrating sensors, actuators and control algorithms;
• Network and communications engineer designing protocol stacks and physical-layer systems;
• Chip design and verification roles in microelectronics and semiconductor companies;
• Roles in R&D labs, startups or continuing to graduate study (MSc/PhD) in areas such as computer architecture, VLSI, embedded systems or machine learning for systems.

Georgia Tech’s location and industry connections help graduates secure internships and employment across major technology companies, defence and aerospace firms, telecommunications, embedded-systems manufacturers and cutting‑edge research organisations.

Why study at Georgia Institute of Technology

Georgia Tech is an engineering-focused research university with a long-established electrical and computer engineering school. The institute provides strong, hands-on technical training through well-equipped laboratories, makerspaces and centres supporting microelectronics, robotics and systems research. Students benefit from close ties to Atlanta’s technology ecosystem and an extensive network of corporate partners that facilitate internships, co-op placements and collaborative research projects.

The programme emphasises practical design experience, team-based capstone projects and opportunities for interdisciplinary study with computer science, industrial engineering, business and biomedical engineering. Active undergraduate research opportunities and robust career services support make Georgia Tech a compelling choice for students aiming for technical leadership in hardware, embedded systems and systems engineering.