Human-robot Interaction From Real Steel to reality the DISCOVER lab is exploring not only how to make cyber physical systems work more reliably but also how they can learn to interact with their human collaborators.
Human-robot Interaction
Electromagnetic Radiation and Human Health The effect of electromagnetic radiation on human health is the subject of debate, especially as it pertains to portable wireless devices. Notre Dame researchers are studying ways to improve device performance without increasing radiation levels.
Electromagnetic Radiation and Human Health
Exploring the Physical Limits to Computation Researchers in the Center for Nano Science and Technology are laying the groundwork for smaller, faster, and more efficient electronic devices by exploring energy dissipation in nanoscale electron devices and discovering new ways to represent information and perform computation.
Exploring the Physical Limits to Computation
Low Energy Systems Technology LEAST, which is led by the University of Notre Dame with nine partner universities, explores new concepts for energy-efficient devices to reduce power in electronic systems.
Low Energy Systems Technology
Enhancing the Capabilities of Cyber-Physical Systems Every area of modern life, from mundane household applications to concerns of national security or issues of human health, is affected by cyber-physical systems.
Enhancing the Capabilities of Cyber-Physical Systems

Welcome to the Department of Electrical Engineering

Welcome to the Electrical Engineering Department home page at the University of Notre Dame. We welcome any inquiries regarding the information provided on these pages and would especially like to encourage highly qualified students to consider pursuing a course of study in Electrical Engineering at Notre Dame.

Recent Publications

Saran Salakij, Na Yu, Samuel Paolucci and Panos Antsaklis, “Model-Based Predictive Control for Building Energy Management. I: Energy Modeling and Optimal Control”, Energy and Buildings, Vol.133, pp. 345-358, December 2016

H. Lu, W. Li, Y. Lu, P. Fay, T. Ytterdal, and A. Seabaugh, “Universal charge-conserving TFET SPICE model incorporating gate current and noise,” IEEE J. Explor. Solid-State Comput. Devices Circuit, pp. 1–1, Nov. 2016

L. Wei, D. G. M. Mitchell, T. E. Fuja, and D. J. Costello, Jr., “Design of Spatially Coupled LDPC Codes Over GF(q) for Windowed Decoding”, IEEE Transactions on Information Theory, vol. 62, no. 9, pp. 4781-4800, Sept. 2016

Kennedy, E., Dong, Z., Tennant, C., and Timp, G., "Reading the primary structure of a protein with 0.07 nm3 resolution using a subnanometre-diameter pore" Nature Nanotechnology, published online 25 July 2016. doi: 10.1038/NNANO.2016.120

L. Hollmann and R. L. Stevenson, "Adaptive whitening of ambient ocean noise with narrowband signal preservation” Journal of the Acoustical Society of America, Vol. 129, No. 6, pp. 3122, 3133, June, 2016



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IEEE FELLOWS

To view EE IEEE Faculty Fellows, click here.

Grant Spotlights

Suman Datta, Sharon Hu, Zoltan Toroczkai - NSF: "E2CDA: Type I: Extremely Energy Efficient Collective Electronics (EXCEL)", September 2017

Vijay Gupta - NSF: "CPS: Small: Collaborative Research: Incentivizing Desirable User Behavior in a Class of CPS", September 2017

Christian Poellabauer, Vijay Gupta, Jane Huang, Gregory Madey - NSF: "SCC-Planning: Coordinated Autonomous Operation of UAVs in Urban First Responder Scenarios", September 2017

Gary Bernstein, Jonathan Chisum, Wolfgang Porod - NSF: "Chip-scaled Millimeter-wave Spectrum/Signal Analyzer Using Spin-Wave Diffraction and Interference", August 2017

Lei Liu - NSF: "Collaborative Research: Programmable THz Devices Enabled by High-Performance Optical Spatial Modular", August 2017

Jonathan Chisum, Bertrand Hochwald, J. Nicholas Laneman - NSF: "Wideband Wireless Communications with Ultra-Efficient Transceiver-Cell Circuits", August 2017

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News >More News
Notre Dame Students “Researching like Champions” to Cure Cancer
Notre Dame Students “Researching like Champions” to Cure Cancer
September 28, 2017

Meet some of the players fighting to cure cancer with Notre Dame and the Harper Cancer Research Institute’s relatively new program — Research Like a Champion.These students aren’t only scientists — they’re engineers; they’re philosophers; they could be anybody who’s thought of a new way to attack cancer.

A New Class of Spin-Wave-Based Devices May Improve Overcrowded Electromagnetic Spectrum
A New Class of Spin-Wave-Based Devices May Improve Overcrowded Electromagnetic Spectrum
September 27, 2017

A team of researchers at the University of Notre Dame is putting a new “spin” on wireless communications, one that could significantly improve the efficiency of radio spectrum utilization [access and processing] while at the same time providing improved energy efficiency within devices.

Researchers at NDnano Look Two Steps Ahead to Stand Apart in a Competitive Field
Researchers at NDnano Look Two Steps Ahead to Stand Apart in a Competitive Field
August 24, 2017

Notre Dame’s nanotechnology research efforts date back to the 1980s, when the studies were mostly simulation-based and focused on computation advancements. In the three decades since, research at the University’s Center for Nano Science and Technology (NDnano) has grown and evolved in a forward-thinking and distinctive way.

Endowment Recognizes Uhran for His Impact on Engineering Education
Endowment Recognizes Uhran for His Impact on Engineering Education
August 11, 2017

Former students honor John J. Uhran Jr., for his impact on their careers and his contribution to engineering education in general.

Notre Dame Graduate Students Awarded Fellowships for Cross-Disciplinary Biomedical Research
Notre Dame Graduate Students Awarded Fellowships for Cross-Disciplinary Biomedical Research
July 12, 2017

When it comes to ovarian cancer, 60 percent of patients are diagnosed in stage III, meaning the cancer has already metastasized, or spread, throughout the pelvis. Additionally, between 70 and 90 percent of those patients will be diagnosed...

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Department Mission
Faculty
Spotlight
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Anthony Hoffman

Anthony Hoffman

VIEW FULL PROFILE Email: ajhoffman@nd.edu
Phone: 574-631-4103
Website: https://www.ee.nd.edu/research-lab-websites/hoffmanlab
Office: 226B Cushing Hall

Affiliations

College of Engineering Assistant Professor
Mid-infrared & THz Photonics Group Principal Investigator
Research Interests:  Prof. Hoffman's mid-infrared and THz optoelectronics research is focused on understanding quantum phenomena for the development of new optical materials, sources, and detectors.  Much of his work focuses on quantum engineering, where hundreds of layers of extremely thin ...
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Anthony Hoffman

Research Interests:  Prof. Hoffman's mid-infrared and THz optoelectronics research is focused on understanding quantum phenomena for the ...
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Student
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Jinyang Li

Jinyang Li

VIEW FULL PROFILE Email: jli5@nd.edu
Phone: 574-631-1290
Office: SR 131

Affiliations

College of Engineering Graduate Student
Electronic Materials and Devices
Click for more information about Jinyang

Jinyang Li

Electronic Materials and Devices
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