The Bachelor of Science in Computer Engineering at Clarkson University is an ABET-accredited program that offers a balanced education in hardware, software, computer theory, and practical applications. Students gain a robust foundation in both computer engineering and electrical engineering, with a curriculum designed to solve real-world problems and shape future technologies.
Clarkson University is known for its excellent graduate outcomes, reporting a 100% placement rate for its 2024 computer engineering graduates.
Course Overview:
Year 1: Chemistry I, Calculus I, Physics I, First Year Seminar, The Clarkson Seminar, Chemistry II, Biology, Intro to Comp Science, Introduction to Engineering, Engineering and Society or equivalent, Calculus II, Physics II
Year 2: Electrical Science, Intro to Digital Design, Intro to Object Oriented Programming andSoftware Design, Differential Equations, ECE Lab I, Embedded Systems, KA/UC Elective, Calculus Ill
Year 3: Systems and Signal Processing, Microelectronics, Software Components and Generic Programming, Advanced Digital, Circuit Design, Probability and Statistics, Computer Engineering Junior Lab, Computer Architecture, Foundations, Software Systems Architecture, Fundamentals Of Software Engineering
Year 4: Computer Engineering Senior Lab, ES or Science Elective, Digital Systems Design, Professional Experience, CS Elective, KA/ UC Elective, Free Electives
Capstone Design Project: Clarkson’s Computer Engineering program culminates in a senior capstone design project, where students work in teams to specify, plan, design, build, test, and demonstrate a fully functional embedded system that integrates both hardware and software components.
Industry Collaboration and Competitions: Many capstone and design projects involve direct collaboration with industry partners or participation in international competitions, providing valuable professional exposure, networking opportunities, and practical, real-world problem-solving experience.
Hands-On Labs and Research: Throughout the program, students regularly use industry-standard tools for simulation, synthesis, debugging, and verification. They also have opportunities to engage in faculty-led research projects, supported by the program’s low student-to-faculty ratio, ensuring personalized mentorship.
Career Preparation: Graduates are fully prepared to enter the workforce with practical skills in hardware, software, and systems integration. The program’s applied learning focus and industry collaborations equip students with versatile, job-ready capabilities.
100% placement rate for the 2024 graduating class, demonstrating strong employer demand and graduate employability.
Career readiness across diverse industries and pathways to advanced graduate programs.
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