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Faculty

Mathieu Laurière

Mean field control and mean field games, numerical methods, partial differential equations, stochastic analysis and machine learning

Student

Iliya Shiravand

My research mainly involves designing superconducting circuits and analyzing quantum materials.

Student

Meet Udeshi

Embedded systems security, control systems security, hardware security, machine learning in cybersecurity.

Student

Xujin Liu

My research focuses on using self-supervised representations of large scale neuroimaging data to gain a better understanding of how the brain works, both in a cognitive context and a clinical context.

Student

Ali Rasteh

Wireless Communications, Machine Learning, Communication Networks, and Hardware Design for Communication Systems

Student

Haiyu Wang

My research focuses on hardware/software co-design, efficient machine learning, and AR/VR.

Student

Mukund Ramakrishnan

My research focuses on developing secure computer hardware acceleration techniques for varied networking and communication applications.

Student

Zhengping Zhu

Chiplet-based SoC design, Digital VLSI Design, Electronic Design Automation

Student

Mrunal Sarvaiya

My research focuses on exploring the integration of model predictive control and reinforcement learning for aerial transportation systems.

Student

Tolga Dimlioglu

Distributed methods for training deep learning models, parameter-efficient continual learning methods.

Student

Prithwish Basu Roy

I work on protecting logic-locking implementations against threats like side-channel and fault attacks.

Student

Nika Emami

My research focuses on leveraging deep learning and machine learning across different domains, including enhancing speech analysis, decoding visual data, and analyzing neural signal patterns.

Student

Peter Paik

Design of adaptive stabilizers for haptics-enabled robotic teleoperation in the presence of time delays. Robot learning from human demonstration and deep reinforcement learning.

Student

Zeynep Ozbilgin

My research focuses on communication theory, with a specific interest in the physical layer of wireless communication systems operating in both radio and optical frequency bands

Student

Baraa Al Jorf

Artificial Intelligence in Healthcare, Foundation Models, Multimodal Machine Learning

Faculty

Biyu Jade He

A combination of multimodal human brain imaging, brain stimulation, and computational approaches to investigate the neural mechanisms of perceptual processing in the human brain.

Student

Guanrui Li

My research is centered on the dynamics, planning, and control of multi-robot systems, with applications in aerial transportation and manipulation, as well as human-robot collaboration.

Student

Alessandro Saviolo

My research focuses on enabling safe and agile autonomy in unstructured, complex environments by developing systems that can adapt to unknown operating conditions and react instantaneously to dynamic…

Faculty

Grace Lindsay

How neural activity and architectures lead to perception, cognition, and action. Visual attention, perceptual learning, and multi-sensory integration.

Student

Yuxing Huang

Stochastic Control, Backward SDEs, Mean Field Games, and the Signature Method.

Student

Mathieu Lise

Mean Field Games, Stochastic Analysis, Optimal Transport, Economics and Finance

Faculty

Ludovic Tangpi

Stochastic optimal control and game theory as well as applications of these areas in quantitative finance.

Faculty

Martín Farach-Colton

Theory and practice of data structures for storage systems, graph algorithms, streaming algorithms.

Faculty

David Parisi

haptics, cybernetics, interfaces, media archaeology

Faculty

Kelly Ruggles

computational biology, multiomic integration, biomarker identification and risk predication, computational immunology, cardiology, cancer

Faculty

Edward Talisse

Capital markets, corporate finance, accounting, financial statement analysis, business statistics, and managerial economics.

Faculty

Antonia Maria Tulino

Information Theory, Communication Theory, Statistical Signal Processing, Graph Theory, Random Matrix Theory, Network Optimization, Network algorithms, Detection and Estimation, Compressed Sensing

Events

Academic Offerings

Management of Technology, M.S.

Take your career to the next level and choose a career focused knowledge area in: Cybersecurity Management, Digital Strategies and Innovation, Project Management, or People Analytics.

Cybersecurity Risk and Strategy, M.S.

Offered jointly by the NYU School of Law and NYU Tandon School of Engineering, the Master's in Cybersecurity Risk and Strategy is a one-year program for experienced professionals who seek a deeper understanding of the topic.

Civil Engineering, Ph.D.

Growing and established cities are continually meeting new infrastructure needs and maintaining older systems, such as highways, bridges, and airports. Tandon's Ph.D. in Civil Engineering program produces graduates dedicated to enriching the field.

Applied Physics, B.S.

Applied Physics is devoted to the study and understanding of nature. Considered the most fundamental science, it deals with the constituents, properties, and evolution of the entire universe, from the smallest subatomic particles to the largest galaxies.

Biomolecular Science, B.S.

Scientists working at the interface between biology and chemistry create big changes while working on the cellular and molecular level.

Business and Technology Management, B.S.

Oriented toward current and future high growth arenas, the Business and Technology Management (BTM) trains business leaders of tomorrow. You’ll become deeply familiar with technology and innovation and work in diverse venues.