Colorado State University

What you'll study

The programme combines coursework and research to deepen your understanding of computing systems from device level through system architecture and networks. Students may follow a thesis (research) track or a non-thesis (coursework/project) option, completing a programme of advanced technical courses alongside laboratory and project work.

• Core topics: advanced digital system design, computer architecture, embedded systems, operating systems for real-time applications, and hardware/software co-design.
• Advanced electives: VLSI and microelectronic systems, FPGA design and prototyping, low-power and high-performance computing, computer networks, wireless systems, cybersecurity for embedded devices, and machine learning for systems.
• Laboratory and project work: hands-on design and implementation in well-equipped labs, including FPGA/SoC prototyping, embedded software development, and system integration projects.
• Research: thesis students work with faculty on original research in areas such as computer architecture, embedded and real-time systems, sensor networks, hardware security, and cyber-physical systems.
• Credit structure: the programme typically requires a mix of graduate-level coursework and either a research thesis or a final project and comprehensive examination, consistent with the university’s graduate credit requirements.

Entry requirements

Applicants should hold a relevant bachelor’s degree in computer engineering, electrical engineering, computer science with strong hardware background, or a closely related discipline. Academic transcripts demonstrating solid preparation in core areas are required.

• Academic preparation: undergraduate coursework in programming and data structures, digital logic and circuits, signals and systems, and mathematics (calculus and linear algebra) is expected.
• Application materials: official transcripts, a statement of purpose outlining research or professional goals, and letters of recommendation from academic or professional referees.
• Standardised tests and English language: any requirements for standardised tests (such as the GRE) are determined by the department and may vary; international applicants must demonstrate English proficiency according to university policy.
• Research fit: for the thesis track, identification of potential faculty advisors and alignment with faculty research interests strengthens an application.

Career prospects

Graduates of the Master’s in Computer Engineering pursue a wide range of technical careers across industry and government, as well as further academic study. The programme prepares students for roles that bridge hardware and software design.

• Embedded systems engineer, firmware developer, and real-time systems programmer
• Digital design engineer, FPGA/ASIC designer, and hardware verification engineer
• Systems engineer, network and communications engineer, and wireless systems developer
• Security engineer for hardware and embedded platforms, and systems-level security analyst
• Data and systems architect roles in high-performance and edge computing, and research or doctoral study in computer engineering or related fields

Why study at Colorado State University

Colorado State University’s engineering college provides a research-active environment with opportunities for interdisciplinary collaboration across computer science, electrical engineering, robotics and data science. Students benefit from hands-on access to laboratory facilities and project centres that support prototyping and systems integration.

• Faculty expertise: faculty conduct applied and theoretical research in areas such as embedded systems, computer architecture, hardware security, wireless communications and machine learning for systems.
• Industry connections: proximity to a vibrant regional technology ecosystem and established industry partnerships helps students pursue internships, capstone projects and employment opportunities.
• Flexible pathways: options for research-led or professionally oriented study let students tailor the degree to academic or career goals, including preparation for PhD programmes or immediate entry to technical roles.