Drive advanced research in electronic, computing, communications, and intelligent systems
close up of circuit board

Overview

As a Ph.D. student in Electrical Engineering at NYU Tandon, you will engage in advanced, high-impact research at the forefront of modern technology, systems, and theoretical innovation. You will learn to conduct rigorous independent research and design cutting-edge technologies spanning telecommunications, signal processing, machine learning, integrated circuits, control systems, robotics, energy systems, and quantum engineering. Through close mentorship from world-renowned faculty and immersive laboratory investigation, you will build the mathematical depth and technical mastery needed to drive breakthrough discoveries in academia, industry, and global research institutions.


At a Glance

Degree Type
Doctor of Philosophy
Delivery Format
On Campus
Focus
Communications; computing systems; VLSI; signal processing; power and energy; robotics and control
Department
Electrical and Computer Engineering

#42

Best Engineering School in the Nation
(U.S. News & World Report, Best Graduate Engineering Schools)

#36

Top Global Electrical Engineering Program
(U.S. News & World Report Best Global Universities)

3

Academic Tracks & Programs:
Standard Electrical Engineering Track, Urban Science Doctoral Track, and Dual Ph.D. Degree Program with IIT Kanpur

Market Outlook

female student working on electrical components

NYC Advantage

NYU Tandon’s Brooklyn location places Electrical Engineering Ph.D. candidates directly within New York City’s thriving tech ecosystem, financial sector, and advanced infrastructure networks. Doctoral candidates collaborate directly with local tech startups, major telecom operators, energy utility providers, and municipal agencies across the metropolitan region. This urban environment allows doctoral researchers to deploy real-world wireless testbeds, conduct field studies in smart-grid systems, test autonomous navigation algorithms, and apply electrical engineering innovations directly to dense, real-world corporate and civic settings.

Elevated view of the Brooklyn Bridge stretching across the East River toward the Lower Manhattan skyline at golden hour, with sunlight flaring behind a waterfront building.

Curriculum

Your studies with us will prepare you for a research career in electrical and computer engineering after graduation. But you’ll also be capable of sharing these lessons with your own students, should you choose to teach at the university level.

Requirement Area Credits
ECE Core Courses 12
ECE Elective 3
Non-ECE Electives 6
Flexible Courses 9
Free Electives 24
Seminar 0
Qualifying Exam 0
Area Exam 0
Dissertation 21
Total Credits 75

Meet our Faculty, Students and Alumni

Ramesh Karri standing outside in Brooklyn Commons
Department Chair

Meet Ramesh Karri

Inducted into IEEE HOST Hall of Fame

Headshot of Yingrui Wei
Student

Meet Yingrui Wei

Awarded Lynford-Chudnovsky Fellowship for AI-Hardware Research

MatthewCampisi
Faculty

Meet Matthew Campisi

Med-tech innovator and a savvy technopreneur

circuit board

FAQs