Clarkson University

What you'll study

The curriculum blends foundational mathematics and physics with core engineering and computer science subjects. Early years emphasise calculus, linear algebra, physics and programming; later years concentrate on electronics, digital systems, computer architecture and embedded software. Laboratory work and team projects are integral throughout the programme to develop practical design and testing skills.

• Mathematics & science: calculus, differential equations, linear algebra and university physics.
• Computer science foundations: programming (C/C++, Python), data structures and algorithms, discrete mathematics and operating systems.
• Electronic and digital systems: circuit analysis, analogue and digital electronics, digital logic design, microprocessors and embedded systems.
• Advanced engineering topics: signals and systems, computer architecture, VLSI/ASIC concepts, control systems, communications and networking.
• Professional and design experience: engineering design methods, ethics, technical communication and a year-long or semester senior capstone design project with laboratory and prototyping work.
• Electives and specialisation: technical electives allow specialisation in areas such as embedded systems, robotics, cybersecurity, Internet of Things (IoT), or machine learning; students may also combine the degree with minors or cross-disciplinary study.

Entry requirements

Applicants need a secondary-school qualification or equivalent with strong performance in mathematics and science. Successful candidates typically have studied calculus and physics; prior experience with programming is beneficial but not always mandatory. International applicants must present an acceptable equivalent qualification and evidence of English language proficiency where required. Admissions may consider overall academic record, recommendations and any demonstrated practical experience such as personal projects, clubs or internships.

Students who need to strengthen their background in mathematics or computing can usually take preparatory or placement courses in the first year to ensure they succeed in core engineering modules.

Career prospects

Graduates enter a wide range of technical roles across industry and research. Typical positions include embedded systems engineer, hardware design engineer, firmware/firmware developer, systems engineer, software developer, network engineer and applications engineer. Employers are found in sectors such as aerospace and defence, telecommunications, semiconductor manufacturing, automotive and mobility, medical devices, energy and industrial automation.

Many alumni also pursue graduate study (master’s or PhD) in areas such as computer engineering, electrical engineering, robotics or computer science, or move into roles in product management, technical consulting and entrepreneurship. Clarkson’s emphasis on internships, co-operative experiences and industry projects supports strong employability and practical readiness.

Why study at Clarkson University

Clarkson offers a hands-on engineering education with well-equipped electronics and computer engineering labs, small class sizes and close faculty mentoring. The programme emphasises practical design and teamwork through lab courses and a substantial capstone project, giving students real-world engineering experience.

Students benefit from access to internship and co-op opportunities, undergraduate research with faculty, and career services that connect graduates with regional and national employers. The university’s collaborative, engineering-focused environment is designed to prepare students for immediate technical roles or further study in the rapidly evolving fields of hardware and software systems design.