Georgia Tech ECE Graduate Handbook Guide 2026

Georgia Tech ECE Graduate Programme Overview

The Georgia Tech School of Electrical and Computer Engineering is one of the largest and most respected ECE programmes in the United States, with approximately 1,200 graduate students and 1,400 undergraduates. Led by School Chair Dr. Arijit Raychowdhury (Steve W. Chaddick School Chair) and Associate Chair for Graduate Affairs Professor Mark Davenport, the programme offers comprehensive graduate education across the full spectrum of electrical and computer engineering disciplines.

Located in Atlanta, Georgia — a major technology hub — Georgia Tech ECE provides graduate students with access to world-class research facilities, industry partnerships, and a vibrant academic community. The school also maintains international presence with campuses in Metz, France and Shenzhen, China, reflecting the global nature of modern ECE research and education. For students comparing graduate engineering options, our guide to ETH Zurich’s MSc in Electrical Engineering offers a European perspective on similar technical disciplines.

The Georgia Tech ECE graduate programme offers multiple degree pathways: the Master of Science in Electrical and Computer Engineering (MSECE) in both thesis and non-thesis options, the Master of Science in Cybersecurity with a Cyber-Physical Systems track, the Doctor of Philosophy in ECE, and participation in several interdisciplinary programmes including Robotics, Machine Learning, and Bioengineering. This breadth of options allows students to tailor their graduate experience to specific research interests and career goals.

MS in Electrical and Computer Engineering Requirements

The Master of Science in Electrical and Computer Engineering at Georgia Tech requires 30 credit hours for both the thesis and non-thesis options. The non-thesis option distributes these credits across three groups: Group I requires 9 hours of ECE 6000+ level courses in one or two Technical Interest Areas (TIAs); Group II requires 9 hours of ECE 6000+ courses with at least 2 courses from TIAs outside those chosen for Group I; and Group III provides 9 hours of electives from courses at the 4000 level or above from most Georgia Tech disciplines.

A mandatory 3-credit Technology Entrepreneurship course (ECE 6001) completes the 30-hour requirement for on-campus students who matriculated Fall 2020 or later (online students from Fall 2023). This course reflects Georgia Tech’s commitment to producing engineers who understand not just technical concepts but also the business and entrepreneurial dimensions of technology innovation.

The thesis option restructures the credit distribution: 6 hours each for Groups I and II, 6 hours for electives plus entrepreneurship, and 12 hours dedicated to MS Thesis Research (ECE 7000). Thesis students must identify a research advisor, form a three-member committee of ECE faculty, and allow minimum 90 days between thesis topic approval and final certificate submission. The thesis option provides deeper research experience, making it suitable for students considering doctoral studies or research-oriented careers.

General requirements include a minimum grade of C in all courses, a minimum GPA of 2.70 (Georgia Tech truncates rather than rounds GPAs), no more than 9 hours of 4000-level courses, and up to 6 hours of transfer credits from other graduate institutions (grade B or higher required). MS students should complete their degree within 3 semesters (non-thesis) or 4 semesters (thesis), not counting summer terms.

PhD Programme Structure and Requirements

The PhD programme at Georgia Tech ECE requires 40 credit hours of coursework plus dissertation research. The coursework is distributed across four groups: Group I (9 hours in 1-2 TIAs), Group II (9 hours entirely outside Group I TIAs), Group III (6 hours in a single discipline outside ECE serving as a minor), and Group IV (14 hours of electives, which can include up to 12 hours of MS thesis credit and up to 6 hours of special problems/VIP credits).

Two additional required courses are ECE 8022 Professional Communications Seminar (1 hour, pass/fail) and PHIL 6000 Responsible Conduct of Research (1 hour, pass/fail). Up to 30 hours from a prior MS degree may be applied toward the PhD requirements, subject to approval. The minimum GPA requirement is 3.0, and all courses must earn a grade of C or above. The minor requirement ensures that PhD students develop expertise in at least one discipline beyond ECE, broadening their research perspective.

The PhD programme requires at least one full-time term on campus (residency requirement). For students comparing doctoral programmes in engineering, our guide to the EPFL MSc Financial Engineering demonstrates how European research-intensive programmes structure their advanced degree pathways.

Coursework Qualifier and PhD Milestones

The coursework qualifier is one of the most critical milestones in the Georgia Tech ECE PhD journey. Students must pass this qualifier by the end of their 4th semester after matriculation (not counting summer). The qualifier requires selecting 4 courses from Technical Interest Group (TIG) lists — either all 4 from one TIG or 3 from one TIG plus 1 from another. Students must achieve a cumulative GPA of 3.5 across these 4 courses, and all must be taken at Georgia Tech (no transfer credits).

Failure to pass the coursework qualifier results in dismissal from the PhD programme, though students may petition for a one-semester extension. This high-stakes requirement ensures that doctoral candidates have demonstrated advanced mastery in their chosen technical area before proceeding to the research-intensive phases of the programme. Students who passed the old ECE Preliminary Exam format are exempt from the coursework qualifier.

Following the qualifier, students are expected to select a research advisor by the end of the term in which they pass. Students with advisors outside ECE must have an ECE co-advisor. The next major milestone is the Dissertation Proposal Exam, which must be completed by the end of the 7th semester and at least 6 months before the final PhD defense. The proposal document is limited to 35 pages and must include a literature survey of at least 5 pages written independently by the student.

Beginning Fall 2020, all PhD students must submit annual Degree Progress Reports to their proposal committee by June 1st, starting 2 years after the proposal exam. Advisors rate progress on a 1-5 scale, and the Committee Chair provides a satisfactory or unsatisfactory rating. Two consecutive unsatisfactory ratings place students on probation, and three can lead to dismissal — a system designed to maintain research momentum and provide early warning when students are struggling.

11 Technical Interest Areas at Georgia Tech ECE

Georgia Tech ECE organises its research and teaching around 11 Technical Interest Areas (TIAs), each representing a major subdomain of electrical and computer engineering. These TIAs structure both the curriculum and research landscape, helping students find their intellectual home within the school’s vast offerings.

Bioengineering (BioE) applies electrical and computer engineering principles to biological and medical challenges. Computer Systems and Software (CSS) covers processor architecture, embedded systems, and systems software. Digital Signal Processing (DSP) encompasses the analysis and manipulation of digital signals for communications, audio, video, and sensor applications. Electrical Energy (EE) addresses power generation, distribution, and efficient utilisation — increasingly critical as the world transitions to renewable energy sources.

Electromagnetics (Emag) studies electromagnetic wave propagation and its applications. Electronic Design and Applications (EDA) focuses on integrated circuit design and electronic system development. Nanotechnology (Nano) explores devices and phenomena at the nanoscale. Optics and Photonics (Opt) covers light-based technologies from lasers to optical communications. Systems and Controls (S&C) deals with dynamical systems theory and control algorithms. Telecommunications (Comm) addresses communication systems and networks. Finally, VLSI Systems and Digital Design (VSS) covers the design of very large-scale integrated circuits.

Interdisciplinary Programmes and Cybersecurity Track

Georgia Tech ECE participates in several interdisciplinary graduate programmes that reflect the convergence of traditional engineering disciplines with emerging fields. The MS and PhD in Robotics draw from ECE, mechanical engineering, and computer science. The PhD in Machine Learning brings together ECE with CS, statistics, and other quantitative disciplines. The MS and PhD in Bioengineering combine ECE methods with biological and medical sciences.

The MS in Cybersecurity offers a Cyber-Physical Systems track specifically designed for ECE students. This 32-credit programme includes core courses in information security and security policies, a 5-credit practicum, and 12 hours of track-specific courses covering topics like hardware security, power systems cybersecurity, drone cybersecurity, and cyber-physical systems security. An additional 6 hours of electives from an approved list of 25+ courses round out the degree.

The Joint BS-MS programme allows Georgia Tech ECE undergraduates to begin graduate coursework during their senior year, double-counting up to 6 credit hours between the two degrees. This accelerated pathway is ideal for high-performing undergraduates who want to continue into graduate research without extending their time at Georgia Tech significantly. Students interested in cybersecurity and engineering security topics may also explore our guide to WGU’s BS Public Health for a different approach to public safety and community protection.

Dissertation Proposal and Defense Process

The dissertation proposal exam at Georgia Tech ECE is a comprehensive evaluation that typically occurs in year 3-4 of the PhD programme. The proposal committee consists of 3-4 faculty members: the research advisor, an optional co-advisor, and 2 Georgia Tech academic faculty, with at least one being from ECE. Students must be enrolled in at least 3 research credit hours (ECE 9000) and have completed both ECE 8022 and the residency requirement before scheduling their proposal.

The proposal document is strictly limited to 35 pages including references and appendices. It must contain a dissertation topic statement, description of research already completed, an outline of remaining research, expected contributions, and a literature survey of minimum 5 pages written independently by the student. The oral presentation runs approximately 40 minutes, followed by a question-and-answer session and closed-door examination by the committee. Upon passing, the proposal committee becomes the Dissertation Reading Committee.

The final PhD defense requires a committee of at least 5 members (6 if there’s a co-advisor). This includes the reading committee from the proposal stage, one member who must be academic faculty from outside ECE (potentially from another university), and one additional member holding a PhD who is active in research. The dissertation must be reviewed by the reading committee at least 2 weeks (preferably 1 month) before the defense, and the defense is publicly announced at least 5 working days in advance.

Funding, Assistantships, and Registration

Georgia Tech ECE offers several funding mechanisms for graduate students. Graduate Research Assistants (GRAs) should register for 21 hours in fall and spring semesters and 16 hours in summer. Graduate Teaching Assistants (GTAs) must maintain full-time enrolment of at least 12 hours. International students on F1 or J1 visas and fellowship recipients are also required to maintain full-time status of minimum 12 hours per semester.

Registration at Georgia Tech operates in two phases. Phase I is reserved for continuing and internship students, with ECE classes restricted to ECE majors. Phase II opens to newly admitted, readmitted students, and for schedule adjustments, running through the first Friday of classes. All registration is conducted through OSCAR, Georgia Tech’s online registration system. The phased approach ensures that ECE graduate students have priority access to the courses they need for their degree requirements.

The Responsible Conduct of Research (RCR) requirement is mandatory for all PhD students. The online component (CITI RCR course) must be completed within 90 days of starting the doctoral programme. The in-person component (PHIL 6000 or an approved in-house RCR course) is encouraged within the first 12 months. These requirements reflect national standards for research ethics training and are prerequisite to thesis-related work.

Admissions and Transfer Policies

Georgia Tech ECE admits graduate students through a competitive application process that evaluates academic preparation, research potential, and alignment with the school’s research strengths. The programme’s large size — one of the biggest in the nation — means it can accommodate students across all 11 Technical Interest Areas, but admission remains highly selective given the school’s reputation and research output.

Transfer credit policies allow MS students to apply up to 6 semester hours from another US or international partner graduate school, provided grades of B or higher were earned. PhD students may apply up to 30 hours from a prior MS degree, subject to approval. These policies provide flexibility for students who begin their graduate education at other institutions or who hold master’s degrees and want to continue to the PhD without repeating coursework.

The joint BS-MS programme has specific eligibility requirements: students must be current Georgia Tech ECE undergraduates who apply during their senior year. Up to 6 credit hours can be double-counted between the bachelor’s and master’s degrees, accelerating the path to the MS. This pathway is particularly attractive for students who have already begun research with ECE faculty during their undergraduate years.

Career Outcomes and Research Impact

Georgia Tech ECE graduates enter careers across industry, academia, government, and entrepreneurship. The school’s 11 Technical Interest Areas align with major growth sectors in the technology economy, including artificial intelligence and machine learning, semiconductor design, renewable energy, autonomous systems, cybersecurity, and telecommunications. Atlanta’s technology ecosystem, home to numerous Fortune 500 companies and a thriving startup scene, provides immediate career opportunities for graduates.

The PhD programme’s emphasis on original research produces graduates who are competitive for faculty positions at top universities, research scientist roles at major technology companies, and leadership positions in government laboratories. The mandatory Professional Communications Seminar (ECE 8022) ensures that PhD graduates can effectively communicate their research findings — a skill that is critical whether presenting to academic audiences, corporate stakeholders, or funding agencies.

The school’s participation in interdisciplinary programmes in Robotics, Machine Learning, and Cybersecurity positions graduates at the intersection of multiple high-demand fields. The Technology Entrepreneurship requirement for MS students further differentiates Georgia Tech ECE graduates by ensuring they understand how to translate technical innovations into viable products and businesses. These features combine to make Georgia Tech ECE one of the strongest programmes for launching a career in electrical and computer engineering at any level.