The Bachelor of Science in Computer Engineering at GWU is an ABET-accredited program that prepares students to develop the next generation of computer systems by integrating expertise in electronic design, computer architecture, programming, networks, and applied mathematics. The curriculum offers both hardware and software depth, with specialization opportunities in areas such as cybersecurity, robotics, and chip design.
Course Overview:
Year 1: Calculus I & II, General Chemistry I, University Physics I, University Writing, Introduction to ECE I & II, C Programming for ECE.
Year 2: Multivariable Calculus, Differential Equations/Linear Algebra, Probability, University Physics II, Circuit Theory, Logic Systems, Data Structures & Algorithms for ECE, Discrete Structures.
Year 3: Electronics, Signals & Systems, Digital Electronics & Design, Digital Design with FPGAs, Computer Organization, Microprocessors, Introduction to Computer Networks, Data Communications Lab, Capstone Design I.
Year 4: Embedded Systems, Computer Architecture & Design, VLSI Design & Simulation, ASIC Design & Testing, Introduction to Digital Signal Processing, Capstone Design II & III, Technical Electives from a chosen specialization track.
Hands-On Labs: Embedded in core courses including circuits, electronics, logic systems, microprocessors, and communications.
Capstone Design Project: A three-semester, team-based project simulating real-world engineering challenges, with an emphasis on practical design, implementation, and communication.
Internships & Research: Access to undergraduate research opportunities and industry internships, leveraging GWU’s proximity to government agencies and leading tech firms in Washington, D.C.
Graduate Careers: GWU graduates are well-positioned for careers in technology, defense, government, healthcare, telecommunications, and academia.
Further Study: Strong foundation for MS and PhD programs in computer engineering, electrical engineering, and computer science.
Professional Skills: Emphasis on ethical responsibility, effective communication, teamwork, leadership, and lifelong learning.
Graduate Attributes: Problem-solving, adaptability to rapidly changing technologies, design proficiency, and readiness for global engineering challenges.
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