The BS in Computer Engineering at Clemson University equips students with the skills to design and apply both hardware and software systems across diverse computing platforms such as mainframes, desktops, embedded microprocessors, and networked systems. The curriculum provides a solid foundation in mathematics, computer science, and physical sciences, while advancing into areas like circuits, electronics, computer organization, peripheral interfacing, and software engineering. Clemson emphasizes practical, hands-on experience through labs and a two-semester capstone design project. Students can further customize their learning with technical electives and benefit from Clemson’s strong industry partnerships and combined degree options, including an accelerated BS/MS or BS/PhD track.
Course Overview:
Year 1: General Chemistry, Composition and Rhetoric, Engineering Disciplines and Skills, Calculus of One Variable I, Physics Laboratory I, Engineering Graphics and Machine Design or Computer-Aided Design and Engineering Applications, Programming and Problem Solving, Calculus of One Variable II, Physics with Calculus I
Year 2: Introduction to Electrical and Computer Engineering, Logic and Computing Devices, Electric Circuits I, Electric Circuits I Laboratory, Python Programming for Electrical and Computer Engineering, Calculus of Several Variables, Physics with Calculus II, Logic and Computing Devices Laboratory, Electric Circuits II Laboratory, C and Unix Programming for Electrical and Computer Engineering, Electric Circuits II, Computer Organization, Introduction to Ordinary Differential Equations
Year 3: Data Structures and Algorithms for Electrical and Computer Engineering, Electronics I Laboratory, Electronics I, Signals Systems and Transforms, Microcontroller Interfacing, Linear Algebra, Random Signal Analysis, Digital Computer Design, Programming Systems, Microcontroller Interfacing Laboratory, Discrete Mathematical Structures
Year 4: Introduction to Operating Systems, Introduction to Linear Control Systems, Integrated System Design I, Computer Engineering Technical Requirement, Oral Communication Requirement, Integrated System Design II, Arts and Humanities Requirement, Social Science Requirement
Hands-On Labs: Practical experience in circuits, microcontrollers, digital logic, and embedded systems throughout the curriculum
Capstone Design: Two-semester integrated systems design project simulating real-world engineering challenges
Industry Connections: Internships, co-ops, and research opportunities supported by Clemson’s industry collaborations
Combined Degree Options: Accelerated BS/MS or BS/PhD pathways for qualified students (minimum 3.4 GPA) with the ability to count up to 9 credits toward both degrees
Graduate Study: Clemson offers a direct path to accelerated master’s or doctoral degrees, providing seamless academic progression
Career Prospects: Graduates are highly sought in industries such as telecommunications, computing, defense, aerospace, consumer electronics, and embedded systems
Professional Skills: Strong focus on communication, teamwork, leadership, and ethical engineering practice
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