- Advanced Power and Energy Systems
- The Advanced Power and Energy Systems area includes research in power systems, power electronics, alternative energy, computer networking, communication & controls, intelligent systems, optimization, and cybersecurity.
- Faculty: Das, Gruenbacher, Miller, Mirafzal, Morcos, Natarajan, Pahwa, Scoglio, Starrett
- Facilities: Smart Grid Lab, Power Electronics Lab, Power Lab, Renewable Energy Lab
- Smart Health
- Research in the Smart Health area includes the development of devices for both human and animal health care. This includes biomedical sensors, therapeutic medical devices, embedded systems, bio-fabrication, communication circuits, wireless communications, energy harvesting, signal processing, brain computer interfaces, biosecurity, and image processing.
- Faculty: Day, Devore, Kuhn, Natarajan, Prakash, Thompson, Warren
- Facilities: Biomedical Computing and Devices Lab, Biomedical Suite, Communications Circuits Lab, Medical Component Design Laboratory (MCDL)
- Systems and Networks
- The Systems and Networks area includes research in communication systems, controls, optimization, network science, epidemic modeling, artificial intelligence, information theory, data fusion, cybersecurity, biosecurity, and big data.
- Faculty: Burg, Das, Dyer, Gruenbacher, Kuhn, Natarajan, Rys, Scoglio
- Facilities: Communications Circuits Lab, WiCom Group, NetSE Group, BICC Group
Research Centers and Programs
Faculty and students at K-State participate in research spanning the full breadth of the ECE field. Projects range from computer hardware and software development, to robotics, biomedical instrumentation, telecommunications, networking, electromagnetics, circuit/IC design, signal-processing, power generation/distribution, and artificial intelligence.
These projects are sponsored by an equally wide range of government and corporate agencies, including NASA, Honeywell, Sandia National Laboratories, and the National Science Foundation.
While most projects concentrate on developing next-generation engineering technologies, our research extends to the educational mission as well, through NSF research experience for undergraduates (REU) and course/curriculum laboratory improvement (CCLI) grants.
This dual-focus assures that the undergraduate and graduate programs grow together, providing all students with the education they need to succeed, and excel, in their future careers.
Primary Research Areas
Research in the biomedical systems area includes the development of devices for both human and animal health care,as well as creating and using epidemic models as tools to study effective approaches for mitigation of epidemics in humans, animals, and plants.
This area has various aspects of research being performed by faculty in both electrical and computer engineering. Activities include: 1) the design of low-power wireless radios; 2) the development of new theoretical and applied principles to wireless communication systems, sensor networks, and signal processing systems; and 3) theoretical and applied research in future networking topics.
Research conducted in the embedded systems area covers a wide range of topics including the following: artifical intelligence, evolutionary computing, embedded devices for human space activities, memory architectures for supercomuting, and systems for measuring transportation surfaces.
The power and energy systems area includes research in wind and solar, Smart Grid, power electronics, distribution systems, and transmission systems.