alt text 

Peng Zhang
Professor
SUNY Empire Innovation Professor
Electrical and Computer Engineering
Stony Brook University

Joint Appointments
Interdisciplinary Science Dept., Brookhaven National Laboratory
Department of Computer Science, Stony Brook University
Department of Applied Mathematics, Stony Brook University


Electric power grids are critical infrastructures for modern society. My research focuses on cyber-physical grid resilience including monitoring, detecting and mitigating cyber attacks, physical disturbances and extreme events on microgrids & networked microgrids, urban distribution grids, substations and bulk power networks. My research program is dedicated to enabling innovations for different layers of grid infrastructures that will transform today's power grids into tomorrow's autonomic networks and flexible services towards self-configuration, self-healing, self-optimization, and self-protection against grid changes, renewable power injections, faults, disastrous events and cyber-attacks. My lab has recceived $37.8 million funds jointly with collaborators in the past decade.

Research interests

  • Quantum Information Sciences (Partnering with IBM, Sponsored by DOE).

  • Quantum Security.

  • Networked Microgrids: Learning Based Control and Stability (Sponsored by NSF).

  • Formal Methods and Reachability Analysis (Sponsored by NSF and DOE).

  • Smart Programmable Microgrids (Sponsored by NSF).

  • Software-Defined Smart Grid (Sponsored by NSF).

  • Cyber-Physical Resilience (Sponsored by ONR).

  • Power System Stability and Control.

  • Electromagnetic Transients Simulation.

Zhang Labs:

  • Microgrid & Networked Microgrids Lab: Suffolk Hall 118

  • Quantum Grid Lab: Suffolk Hall 124

  • AI-Grid Lab: Light Engineering 150

alt text 

Five most recent works

To Prospective students in 2021

Link to Postdoc Posting (expires 10/22/2021): Postdoctoral Associates Job ID: 2100263
Link to PhD Application: PhD Application Portal
The recruiting focus for 2021 will be AI-enabled resilient power systems. Meawhile, we also recruit postdocs in the areas of quantum engineering and marine renewable energy. I am considering ECE, CS, and Applied Math students for the positions.

  • 1 postdoc for quantum computing research (Position available). My lab has access to IBM Q Network including the 65-qubit Manhattan (Thanks to DOE and IBM!).

  • 1 postdoc (or 1 Ph.D. student) for networked microgrid active fault management. Sponsor: ONR. (Position available).

  • 2 postdocs for AI-driven resilient power systems and networked microgrids. Sponsor: NSF. (Position available).

  • 1 postdoc for marine renewable energy systems (wind, wave, wirelss power transfer, Internet of Ocean Things). Sponsor: DOE. (Position available).

  • 5 Ph.D. students for AI-driven resilient power systems and networked microgrids. Sponsor: NSF. (Position available).

In general, my lab always welcomes postdocs and Ph.D. students good at power system/microgrid stability (with software platform architecturing and programming experiences), computer networking (e.g., analysis and coding with OpenFlow switches) and/or cybersecurity (e.g., network security and applied cryptography). See positions available and email me if you are interested and qualified. In your email, please describe how you meet our position requirements for PhDs or postdocs.

Office hours:

Mon. 11:00am-12:00pm, Light Engineering 229
Fri. 11:00am-12:00pm, Suffolk Hall 116

Contact

Light Engineering Building, Room 229
Stony Brook University, New York, 11794-2350
Office: (631) 632-8409
Stony Brook Email: p.zhang@stonybrook.edu
BNL Email: pzhang@bnl.gov
http://www.ece.stonybrook.edu/~pzhang

A physical law must possess mathematical beauty.
--Paul Dirac