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College of Engineering and Computing

  • students work with solar panels in the courtyard

Electrical Engineering

Our Research

Electrical engineering research at UofSC falls within four major areas of focus: communications and electromagnetics, decision and control, electronic materials and devices, and power and energy systems.

Research Strengths

large antenna tower

Communications and Electromagnetics

Active areas of research include broadband metamaterials; low-profile antennas; microwave and RF technology; signal integrity; switched frequency systems; pattern and polarization arrays; wireless channel modeling; physical layer waveform analysis and design; medium access control.

drone flies over trees

Decision and Control

The focus of this group is on analysis, optimization, and design of advanced controls for broad categories of systems, including safety-critical systems, unmanned vehicles, and robots. Networked, cooperative, distributed controls for large-scale systems, and controls that consider system health -- condition-based maintenance, prognostics, and health management – and risk management are all important areas.

Microwave transistor

Electronic Materials and Devices

This group considers the design and micro-fabrication of electronic components that are used in many electronic and biomedical devices and systems. A focus is on use of wide bandgap and ultra wide bandgap materials, such as AlGaN, in fabricating  photonic devices, microwave transistors; power electronics, MEMS, nanowire, and nanomagnetic sensors; implantable sensors for biomedical applications; and radiation detection.

power electronic devices

Power and Energy Systems

Our research focuses on transformative applications of power electronics in power and energy systems. The strongly interdisciplinary research addresses problems in design and operation of microgrids, renewable energy, design and control of electronic power converters, thermal management of power electronics. It also touches on energy storage systems, motors and drives, and development of computational environments for design and virtual prototyping of power and energy systems.


Challenge the conventional. Create the exceptional. No Limits.

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