For more information on the admission process, please visit the Office of Undergraduate Admissions website. Applications may be submitted via the Common Application.
Supporting documents not submitted online should be mailed to:
Office of Undergraduate Admissions
The George Washington University
800 21st Street NW, Suite 100
Washington DC 20052
Contact for questions:
gwadm@gwu.edu or 202-994-6040
The following requirements must be fulfilled:
129 credits as outlined below in required and elective courses, including completion of a 9-credit specialized track.
A minimum technical GPA of 2.2 and SEAS GPA of 2.0. A student’s technical GPA is calculated using all technical engineering courses outlined below in the fifth, sixth, seventh, and eighth semesters of the curriculum.
Recommended program of study
The plan of study lists all course requirements in sequence for the degree. Students should review this information carefully and consult their advisor before changing the sequence of any courses.
| Code | Title | Credits |
|---|---|---|
| First semester | ||
| CHEM 1111 | General Chemistry I 1 | |
| ECE 1010 | Introduction to Electrical and Computer Engineering I | |
| MATH 1231 | Single-Variable Calculus I 1 | |
| SEAS 1001 | Engineering Orientation | |
| UW 1020 | University Writing 1 | |
| One humanities, social science, or non-technical elective 2 | ||
| Second semester | ||
| CSCI 1311 | Discrete Structures I | |
| ECE 1020 | Introduction to Electrical and Computer Engineering II | |
| ECE 1120 | C Programming for Electrical and Computer Engineering | |
| MATH 1232 | Single-Variable Calculus II 1 | |
| PHIL 2135 | Ethics in Business and the Professions | |
| PHYS 1021 | University Physics I 1 | |
| or PHYS 1025 | University Physics I with Biological Applications | |
| Third semester | ||
| APSC 2113 | Engineering Analysis I | |
| ECE 1125 | Data Structures and Algorithms for ECE | |
| ECE 2110 | Circuit Theory | |
| ECE 2120 | Engineering Seminar | |
| MATH 2233 | Multivariable Calculus 1 | |
| PHYS 1022 | University Physics II 1 | |
| or PHYS 1026 | University Physics II with Biological Applications | |
| Fourth semester | ||
| APSC 3115 | Engineering Analysis III | |
| ECE 2115 | Engineering Electronics | |
| ECE 2140 | Design of Logic Systems | |
| ECE 2210 | Circuits, Signals, and Systems | |
| One humanities, social science, or non-technical elective 2 | ||
| Fifth semester | ||
| ECE 3130 | Digital Electronics and Design | |
| ECE 3220 | Introduction to Digital Signal Processing | |
| ECE 3515 | Computer Organization | |
| ECE 3520 | Microprocessors: Software, Hardware, and Interfacing | |
| One technical elective 3 | ||
| Sixth semester | ||
| ECE 3135 | Digital Design with Field-Programmable Gate Arrays | |
| ECE 3525 | Introduction to Embedded Systems | |
| ECE 3915W | Electrical and Computer Engineering Capstone Project Lab I | |
| ECE 4415 | Introduction to Computer Networks | |
| ECE 4425 | Data Communications Laboratory | |
| One technical elective 3 | ||
| Seventh semester | ||
| ECE 4140 | VLSI Design and Simulation | |
| ECE 4535 | Computer Architecture and Design | |
| ECE 4920W | Electrical and Computer Engineering Capstone Project Lab II | |
| One humanities, social science, or non-technical elective 2 | ||
| One ECE restricted elective 4 | ||
| Eighth semester | ||
| ECE 4150 | ASIC Design and Testing of VLSI Circuits | |
| ECE 4925W | Electrical and Computer Engineering Capstone Project Lab III | |
| One humanities, social science, or non-technical elective 2 | ||
| One ECE restricted elective 4 | ||
| One technical elective 3 | ||
| Code | Title | Credits |
|---|---|---|
| Track requirement | ||
| Students complete one specialized track of three courses (for a minimum of 9 credits) from the options listed below. Requirements for the track can be completed using technical elective courses or ECE restricted elective courses. 3,4 | ||
| Track 1: Electronics, nanotechnology, and chip design | ||
| Three technical elective courses selected from the following with the advisor’s approval: | ||
| ECE 3125 | Analog Electronics Design | |
| ECE 4145 | Microfabrication and Nanofabrication Technology | |
| ECE 4160 | Introduction to Nanoelectronics | |
| ECE 4435 | Photonics and Fiber Optics | |
| ECE 6221 | Introduction to Physical Electronics | |
| Track 2: Artificial intelligence and robotics | ||
| ECE 6210 | Machine Intelligence | |
| And two technical elective courses selected from the following with the advisor’s approval: | ||
| ECE 4710 | Control Systems Design | |
| ECE 4730 | Robotic Systems | |
| ECE 6217 | Neural Networks and Hardware Implementations | |
| ECE 6850 | Pattern Recognition and Machine Learning | |
| ECE 6882 | Reinforcement Learning | |
| BME 4835 | Introduction to Assistive Robotics | |
| Track 3: Computer hardware and systems | ||
| Three technical elective courses selected from the following with the advisor’s approval: | ||
| ECE 6105 | Introduction to High-Performance Computing | |
| ECE 6125 | Parallel Computer Architecture | |
| ECE 6130 | Big Data and Cloud Computing | |
| ECE 6140 | Embedded Systems | |
| ECE 6150 | Design of Interconnection Networks for Parallel Computer Architectures | |
| Track 4: Cybersecurity | ||
| ECE 6160 | Secure Computing Systems | |
| And two technical elective courses selected from the following with the advisor’s approval: | ||
| ECE 6130 | Big Data and Cloud Computing | |
| ECE 6132 | Secure Cloud Computing | |
| ECE 6565 | Network Security | |
| ECE 6570 | Telecommunications Security Protocols | |
| Track 5: Computer engineering general track | ||
| Three technical elective courses selected with the advisor’s approval to align with the track’s overall academic goals. | ||
1 Course satisfies the University general education requirement in math, science, or writing.
2 All electrical and computer engineering students take five courses to satisfy the ECE humanities, social science, and non-technical requirement. Three of these courses—one in humanities and two in social sciences—must be on the University general education requirement list; one course must be PHIL 2135 (or NSC 4176 for students in the NROTC Program); and one course can be in the humanities, social sciences, or a non-technical course related to public health, safety, and welfare; or global cultural, social, environmental, and economic factors; or innovation, entrepreneurship, and creativity. For the non-technical course, students can consider taking DNSC 1051, DNSC 4404, EMSE 4410, ISTM 4223, MGT 3300, MGT 3301, MGT 3302, MGT 3303, or MGT 4003. The non-technical course cannot focus on scientific/mathematical approaches or technology. All courses selected to satisfy this requirement must be taken for a minimum of 3 credits and approved by the advisor.
3 Five 3-credit technical elective courses must be chosen with the approval of the advisor from upper-division undergraduate (2000 to 4000 level) or graduate courses in engineering, computer science, mathematics, physical sciences, or biological sciences. At least one of the technical electives must be a math or science course at the 2000-level or above. Exceptions must be approved by the advisor. Technical elective courses can be used to fulfill the track requirement. See above.
4 The two ECE restricted electives must be selected with the approval of the advisor from ECE courses at the 3000 level or above. Exceptions must be approved by the advisor. ECE elective courses can be used to fulfill the track requirement. See above.