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The goal of the william hill mobile site loginid-connected Advanced Power Electronic Systems is to accelerate the adoption and insertion of power electronics into the electric grid, in order to improve system stability, flexibility, controllability, robustness, and economy.

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The Cybersecurity Center for Secure Evolvable Energy Delivery Systems aims to conduct research and develop innovative cybersecurity technologies, tools, and methodologies that advance the energy sector’s ability to survive cyber incidents while sustaining critical functions.

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MUSiC addresses and removes many of the roadblocks facing the current and future competitiveness of US research and ingenuity in SiC electronics for a broad range of devices, circuits, and applications analogous to how silicon fabrication addresses a vast array of consumer, power, and communication electronic systems.

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The Center for Power Optimization of Electro-Thermal System‘s ambitious, innovative approach to improving the power density of next generation electro-thermal systems involves integrating traditionally separate research efforts in mechanical, electrical, and materials engineering across different technical domains.

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The role of the Arkansas Security Research and Education Institute is to bring important practical security problems to the most talented University of Arkansas researchers, to recruit industry members to sustain the institute and provide research and educational vision, to assist the institute’s researchers in pursuing competitive research funding, and to facilitate improving the security education at the University of Arkansas.

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Mixed-Signal Computer Aided Design Research Lab

MSCAD focuses on research in multiple areas: computer aided design, semiconductor devices and modeling, integrated circuit design, power electronic packaging, power electronic circuit design, and cyber-physical security.
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Institute for Nanoscience and Engineering

The Nanoscale Material Science and Engineering building is an exciting addition to campus with many innovative characteristics. Because of the atomic-level research that takes place in the building, its rooms william hill football bettingwere built with the needed specification to support nanoscale research. Rooms with sensitive instruments have vibration isolation to prevent interference. Other rooms have electromagnetic wave isolation, so that even seemingly innocent devices such as cell phones cannot penetrate the space. Still other rooms have ultra-sensitive temperature control.

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Power Electronic Systems Laboratory at Arkansas

PESLA was established in the fall of 2015. Our research aims to develop the next generation power electronic systems with higher power density, efficiency, and reliability for transportation electrification and grid-connected applications. To achieve this goal we carry out leading-edge research in the areas of power electronic converter design and optimization, william hill mobile site loginwide band-gap power electronics, electric machines and motor drives, high temperature circuits, thermal management, medium- to high-power converter design, fabrication, and testing.

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National Center for Reliable Electric Power Transmission

The National Center for Reliable Electric Power Transmission was established for the purpose of investigating solid-state solutions for the electric power grid, including protection devices and FACTS, as well as energy storage and distributed generation applications.

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Undergraduate Research

Each year our Research Experience for Undergraduates program allows students a summer or semester for hands on research. This page houses their research presentations.

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High Density Electronic Center

The High-Density Electronics Center, established in 1991, is a research center William Hill Online Sports Bettingwith a world-wide reputation for expertise and excellence in the field of electronic integration.

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Energy-Efficient Electronics and Design Automation (E3DA) Lab (Pronounced “Triple EDA Lab”). Part of the University of Arkansas Computer Science and Computer Engineering.

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In an era where our nation’s energy networks increasingly intertwine with the global landscape, their susceptibility to cyber threats grows. Our mission is to mitigate this risk by cultivating cutting-edge capacities and fortified structures within CITES, bolstering the safeguarding of America’s vital operations, ensuring their security and resilience.