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George Mason University’s Bachelor of Science in Computer Engineering provides a comprehensive education that integrates hardware and software design, preparing students for careers in digital systems ranging from microcontrollers and embedded systems to cloud computing and autonomous vehicles. The program emphasizes the use of computer-aided design (CAD) tools, simulation, and optimization using industry-standard software and languages such as VHDL and Python.
The program is ABET-accredited and offers a structured pathway from foundational coursework to advanced system design, with opportunities to specialize through technical electives. Students gain hands-on experience throughout the curriculum and develop essential professional skills. Graduates are well-equipped for employment in leading technology sectors or further academic study.
Course Overview:
Core: Introduction to Electrical and Computer Engineering, Introduction to Signals and Systems, Digital System Design, Digital System Design Lab, C Programming for Engineers, Electric Circuit Analysis I, Electric Circuit Analysis II, Continuous-Time Signals and Systems, Linear Electronics I, Linear Electronics Lab I, Data Structures and Systems Programming in C, Embedded Systems and Hardware Interfaces, Professional Development for Engineers, Computer Organization, Microcontrollers, FPGA Design with VHDL, Computer Networking Protocols, Senior Advanced Design Project I, Senior Advanced Design Project II
Technical Electives: Big Data Technologies, Machine Learning for Embedded Systems, Neuromorphic Computing, Optical Fiber Communications, Quantum Computing System Design, Small Spacecraft Engineering, Selected Topics in Engineering
Computer Science: Introduction to Computer Programming, Object-Oriented Programming, Operating Systems.
Maths and Science: Analytic Geometry and Calculus I, Analytic Geometry and Calculus II, Discrete Mathematics I, Linear Algebra, Analytic Geometry and Calculus III, Elementary Differential Equations, Probability for Engineers
Physics: University Physics I, University Physics I Laboratory, University Physics II, University Physics II Laboratory
Engineering: Introduction to Engineering
English, Communications and Economics: Public Speaking or Fundamentals of Communication, Contemporary Microeconomic Principle
Concentrations: Computer Networks (CNWK), Embedded Systems (EMSY), Hardware and System Security (HSYS), Internet of Things (INOT), Controls and Robotics (CARB), Power and Energy Systems (PES), Space-Based Systems (SBSY), Semiconductor Engineering (SCEN)
Hands-on Labs: Integrated throughout the program in circuits, embedded systems, digital system design, and FPGA, ensuring continuous practical application.
Capstone Design: A year-long, team-based Senior Design Project focused on solving real-world engineering challenges.
Internships: Up to 3 credits from approved internships can count toward technical electives, offering valuable industry experience.
Student Organizations: Active participation in IEEE, robotics clubs, ACM, and design competitions to build professional skills and networks.
Graduate Outcomes:
George Mason engineering graduates are highly employable, with strong placement in leading companies like Amazon, Meta, Google, BAE Systems, Boeing, and government agencies.
Further Study:
Prepares students for advanced study in MS, PhD, or professional engineering programs.
Strong preparation for leadership and team-based roles in industry.
Scholarship Details: All freshman applicants who apply to Mason by 11:59 pm Eastern Time on November 1 will automatically be considered for merit-based scholarships and our non-binding, Early Action decision. For all other deadline information, please visit https://www.gmu.edu/freshman/dates-deadlines.SAT/ACT Update: George Mason University offers applicants the choice to submit SAT or ACT scores or apply under the Score Optional policy. If you choose to submit test scores, self-reported scores are accepted during the application process. However, admission is contingent upon the university receiving official scores directly from the testing agency before the first day of classes.SAT/ACT Additional Updates: International applicants to George Mason University may choose to apply without submitting SAT or ACT scores through the Score Optional policy. However, those applying to Computer Science or Engineering majors without standardized test scores must have completed four years of high school mathematics, including at least one course beyond Algebra II by their senior year, with grades of B or higher. Alternatively, applicants may submit SAT or ACT scores to fulfill admission requirements. English Language Proficiency- https://www.gmu.edu/international/english-language-requirementsMore Details: For additional information about George Mason University's Honors College, scholarship opportunities, and other admissions requirements, please visit https://www.gmu.edu/admissions-aid/honors-college.School Report & Final Report RequiredCommon App personal essay optionalCollege question: 1 optionalThis college does not use a writing supplement for any additional writing requirements.Application to be done through Common App or University's websiteABET-accreditedEngineering research and developmentproduct designdigital system design and integrationengineering managementengineering consultancytechnical salesand patent law
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George Mason University
