The Avionics Engineering Center at Ohio University conducts the world’s foremost research into aviation-related electronics. Our work helps keep the National Airspace System safe and furthers the development of the next generation of air transportation systems.
Electrical Engineering and Computer Science Research
Electrical Engineering and Computer Science Research
We conduct cutting-edge computer science research in bioinformatics, machine learning, smart healthcare, computer networking, real-time systems, artificial intelligence, robotics, interactive computer graphics and visualization, and innovative electrical engineering research into controls, nano- and opto-electronics, communications, antennas, GPS, and navigation related topics. Our primary EECS research units, the Avionics Engineering Center and the Center for Scientific Computing and Immersive Technologies, are actively involved in sponsored research with industry and government agencies.
Research Areas We Focus On
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Algorithms and Complexity TheoryOur research focuses on algorithmic solutions to computational hard problems and problems within the realm of bioinformatics, as well as and building computer verified algorithms along with computer verified performance guarantees.
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Artificial IntelligenceWe conduct innovative research in artificial intelligence areas such as computer vision and natural language processing, while also making novel contributions to underlying machine learning and pattern recognition techniques.
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Autonomous Vehicles, Robotics and ControlOur Control Systems Group develops guidance, navigation, and control algorithms using theories of dynamics, hybrid systems, machine cognition, artificial intelligence, and neural networks for autonomous vehicles and robots.
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Avionics and NavigationRuss College of Engineering and Technology faculty conduct the world’s foremost research in aviation-related electronics and navigation, in partnership with agencies such as the FAA and NASA and with private industry.
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Biomedical InformaticsRuss College biomedical informatics researchers conduct state-of-the-art electrical engineering and computer science research in areas with high potential impact on health and wellbeing.
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Computer Systems, Software, and SecurityRuss College faculty investigating Computer Systems, Software, and Security conduct cutting-edge research in electrical engineering and computer science that will make future systems more reliable, more secure, and easier to use.
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Nanoelectronics and PhotonicsOur faculty are actively involved in the ongoing revolution in nano and micro technologies, from novel solar cell technologies and sub-10nm transistor architectures, to quantum effects and multi-core computational architectures.
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Data Visualizations of Scientific PhenomenonThe Mourning Visualization and Simulation Lab focuses on the creation of high-resolution, high-performance data visualizations of modeled and simulated scientific phenomenon for use in science, industry and education.
More about EECS Research
Our Research Centers
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Center for Scientific Computing and Immersive Technologies
From today’s medical imaging technologies to tomorrow’s supercomputers, the Center for Scientific Computing and Immersive Technologies conducts basic research to develop new applications and advancements in information technology.
Sponsored Research
Our primary EECS research units, the Avionics Engineering Center and the Center for Scientific Computing and Immersive Technologies, are actively involved in sponsored research with industry and government agencies. Developing relationships with research partners like the National Science Foundation, AMD, the Federal Aviation Administration, Northrup Grumann, and the U.S. Air Force means we have the opportunity to see how our findings affect people's daily lives, whether it means making our national airspace safer or developing virtual learning environments in finance and health care. For more info. on our research partnerships or to become a sponsor, contact Chair Avinash Karanth.
EECS Research Labs
The Technologies for Emerging Architecture Laboratory (TEAL)
TEAL focuses on designing novel and innovative heterogeneous computing architectures that improve resiliency, power-efficiency, sustainability and security for scientific computing and Artificial Intelligence (AI) workloads. TEAL leverages emerging technologies including silicon photonics, wireless and 3D integration to address the growing problems associated of data movement seen in AI, Quantum and Cybersecurity. For additional information about TEAL, please contact karanth@ohio.edu.
https://sites.google.com/view/avinash-karanth/bio
Semiconductors and Nanoscale Materials and Devices Lab
This lab is located in the Russ Research Opportunity Center (RROC) building with some facilities also in the Stocker Center. Our well-equipped lab, operated by three EECS faculty members, carries out wide-ranging research on materials and devices for electronic and photonic applications, including sensors, quantum materials, flexible electronics, light-emitting devices, and semiconductor processing technologies. For further information please contact W. Jadwisienczak (jadwisie@ohio.edu), S. Kaya (kaya@ohio.edu), or F. Rahman (rahmanf@ohio.edu).
Visualization and Simulation Lab (VizSim)
VizSim specializes on creating novel display concepts that mask the complexity of underlying systems allowing humans to better identify patterns and use complicated datasets. Primary areas of interest lie at the intersection of Human Computer Interfaces and Aviation Safety. https://www.ohio.edu/engineering/eecs/research/vizsim
Frontiers in AI-Native Telecommunications and Heterogeneous Networks Lab. (FAITH Lab.)
The FAITH Lab focuses on advancing intelligent wireless communications and networking technologies. Our research spans AI-native wireless networks, integration of terrestrial and non-terrestrial networks (TN–NTN), integrated sensing and communications (ISAC), quantum-accelerated wireless communications, and fault-tolerant quantum computing with an emphasis on quantum error correction (QEC). By combining expertise in artificial intelligence, wireless communications, and quantum computing, we aim to develop practical, reliable, and cost-effective solutions for future communication, networking, and computing systems. For further information regarding FAITH lab., please contact Dr. Animesh Yadav (yadava@ohio.edu).
Hardware Security and Intelligence Lab (HSI Lab)
The Hardware Security and Intelligence Lab (HSI Lab) focus on developing innovative, secure, trustworthy, and resilient hardware and computing systems. HSI Lab advances research in hardware roots of trust, embedded security, and post-quantum cryptography (PQC) implementation security, leveraging Artificial Intelligence (AI) for hardware security, fault detection, and the design of secure and reliable AI hardware accelerators.
For more information regarding the HSI Lab, please contact oun@ohio.edu.
The Bioinformatics and Computational Medicine Laboratory
The Bioinformatics and Computational Medicine Laboratory uses artificial intelligence and machine learning to better understand how the human genome is organized and regulated in three dimensions. By decoding the genome's regulatory code, the laboratory seeks to identify biological networks involved in human disease and uncover new opportunities for precision medicine.
For additional information about BCML, please contact welch@ohio.edu.
https://www.ohio.edu/directory/lonnie-welch
Learning & Intelligent Systems Lab (LiSL)
LiSL focuses on developing novel learning solutions (machine learning, deep learning, reinforcement learning, and neuromorphic computing) and applying them to various AI-related tasks.
Ongoing projects include topics in autonomous robots and UAVs, Counter-UAS, edge AI, computer vision, medical image analysis, LLM agents, and trustworthy generative AI. For more information about LiSL, please contact Jundong Liu (liuj1@ohio.edu).
Antenna Simulation and Anechoic Chamber Laboratory)
This laboratory has advanced full-wave computational electromagnetic models (e.g., Ansys HFSS, CST Microwave Studio) which may be used for student research and graduate work. The school of EECS has an antenna anechoic chamber measuring 13’x13’x26’ with a hybrid (near/far-field) scanner focusing on measurement from 300MHz to 6 GHz. The lab is used to support education projects and external sponsored research. For additional information, please contact Chris G Bartone or Tim Needham, or see Avionics Engineering Center Research Equipment.
Avionics Engineering Center Flying Laboratories
The Avionics Engineering Center has various aircraft that may be used to host a wider range of avionic equipment for flight research, test, and evaluation, centrally located at the Ohio University Bush Airport in Albany, OH, just 7 miles south of the Ohio University main campus. The AEC owns and operates Douglas DC-3, King Air C90E, Beechcraft Baron 58, Piper Saratoga, and various UAS platforms. Each aircraft can be configured with custom instrumentation including ½-height and full height 19” racks to host project equipment. For additional information, please contact Chris G Bartone, Sabrina Ugazio, Tim Needham, or Paul Nilles; see Avionics Engineering Center Research Equipment.
The Secure, Trustworthy, and User-centric Systems and Digital Identity Laboratory (STUrDy Lab)
STUrDy Lab focuses on designing secure, trustworthy, and usable systems that protect digital identities and user privacy across smart devices (e.g., smartphones, smartwatches, and AR/VR devices) and cyber-physical environments. Our research explores how users can authenticate securely and conveniently, how sensitive information can leak through unintended channels, and how these risks can be mitigated. For additional information about STURDY Lab, please contact Ahmed Tanvir Mahdad (mahdad@ohio.edu)