Colorado State University

What you'll study

The programme blends core engineering science with computer systems and software. Early years focus on calculus, linear algebra, physics, chemistry and introductory engineering courses that build the mathematical and scientific foundation required for engineering design. Core computer engineering topics include digital logic and system design, circuits and electronics, microprocessors and embedded systems, signals and systems, computer architecture, operating systems and data structures.

Students complete substantial laboratory work and project-based courses that develop practical skills in circuit design, PCB prototyping, FPGA development, embedded software and systems integration. The curriculum typically culminates in a team-based senior design (capstone) project that requires design, testing and documentation. Elective options allow deeper study in areas such as VLSI and semiconductor devices, robotics and autonomous systems, wireless communications, cybersecurity for embedded systems, real-time systems, and machine learning for edge devices.

General education requirements ensure communication, ethics and breadth across humanities and social sciences, while professional development components address engineering economics, project management and ethics in technology.

Entry requirements

Applicants are expected to demonstrate strong performance in mathematics (calculus) and the physical sciences, typically shown through high-school coursework and grades in subjects such as calculus and physics. Universities commonly consider a combination of academic record, recommendations and a personal statement; standardised test submission policies vary and applicants should check the university's current guidance.

International applicants must meet the university's academic equivalency criteria and provide proof of English language proficiency when required. Transfer applicants are assessed on college coursework, particularly in mathematics, physics and introductory programming or engineering classes; some incoming students may be advised to take preparatory or bridge courses to align with departmental requirements.

Career prospects

Graduates are prepared for roles that span hardware and software boundaries, including embedded systems engineer, firmware developer, digital design engineer, FPGA engineer, hardware validation and test engineer, systems integrator and IoT developer. The degree also provides a solid foundation for careers in robotics, autonomous systems, telecommunications, semiconductor industry, and cybersecurity for critical infrastructure.

Many graduates move into industry roles with technology companies, start-ups and established engineering firms, or continue to graduate study and research in electrical/computer engineering or computer science. The programme's emphasis on hands-on projects and internships helps students build portfolios and professional networks that support placement in technical and engineering management tracks.

Why study at Colorado State University

Colorado State University offers a computer engineering education with strong emphasis on experiential learning: well-equipped electronics, embedded systems and digital design laboratories, undergraduate research opportunities, and a senior design programme that connects students with real-world problems. The university's College of Engineering provides access to faculty research in areas such as embedded systems, robotics, communications and cybersecurity.

Students benefit from career services, industry partnerships and a regional tech ecosystem in Fort Collins and the nearby Denver–Boulder corridor, which supports internships and employer engagement. Active student organisations—such as IEEE, robotics clubs and design teams—plus makerspaces and entrepreneurship resources, help students gain practical experience and transition into professional roles or graduate study.