– [Sept 22, 2026] PI Chatterjee is recognized as a member of the 2026 Cohort of the Academy of Science, Engineering and Medicine of Florida (ASEMFL) Rising Stars. The ASEMFL Rising Stars program recognizes early-career/junior-to-mid-level professionals (less than 15 years in initial independent position) in academia, industry, non-academia non-profit, or government, who work and/or live in Florida and whose innovation and scholarly achievements demonstrate exceptional promise in addressing critical scientific, engineering, and/or medical challenges.
– [Sept 7, 2026] NIH R01 Grant: Dr. Chatterjee leads as PI of an NIH (National Institute of Biomedical Imaging and Bioengineering – NIBIB) funded R01 project on building injectable neurostimulators with tissue-coupled powering and communication. The team at WISE Lab will work with Co-Investigators, Dr. Adam Khalifa (UF) and Dr. Shriya Srinivasan‘s (Harvard) research groups.
– [Aug 10, 2026] Collaborative work with Dr. Roozbeh Tabrizian (University of Michigan – Ann Arbor) and Dr. Izabela Szlufarska‘s (University of Wisconsin – Madison) research groups is published in Nature Communications (Impact Factor 18.1). Congratulations, team!
– [Apr 7, 2026] PI Chatterjee is recognized as the College of Engineering Winner for HWCoE 2026 UF Excellence Award for Assistant Professors (out of 11 Engineering Departments). He is also one of the 10 university-level winners (among all 16 colleges at UF) for 2026.
– [Dec 5, 2025] Collaborative work with Dr. Roozbeh Tabrizian‘s research group has been selected as a highlighted paper in the IEDM 2025 conference by Nature Electronics, and is featured in their research highlights article, “A multi-mode MEMS acoustic clock“.
– [Sept 15, 2025] Collaborative Work led by Banafsheh Jabbari from Dr. Roozbeh Tabrizian‘s research group is accepted in IEDM 2025. Congratulations, team!
– [July 1, 2025] NSF CAREER Grant: PI Chatterjee receives the NSF CAREER Award, 2025. This award will support research and educational activities related to closed-loop medical applications using a network of devices on the body. Further details can be found here. The UF News Release is available here.
– [Feb 4, 2025] DARPA H6 Phase 2: WISE Lab is one of the key contributors, along with The Tabrizian Group (UF – lead PI), The Mi Group (UMich), The Swamp Group (UF), and The Kim Electron Microscopy Group (UF) while transitioning to Phase 2 of the DARPA H6 Program. In Phase 2, WISE Lab will be responsible for the design and development of mixed-signal on-chip circuitry for tactical grade clocking, COTS prototype development, and packaging solutions.
– [January 4, 2025] PI Chatterjee co-presented a tutorial on “Circuits and Systems for Ultra-low-Power and Secure Human-Body Communication (HBC) for the Next-generation of Intelligent Wearables and Implants” in VLSID 2025, Bangalore, India, with Dr. Shreyas Sen.
– [Oct, 2024] PI Chatterjee gave an invited talk on “Galvanic Body-Coupled Techniques for High-Speed Data and Power Transfer in Energy-Efficient Medical Applications,” in IEEE CASS Workshop on Medical Wearables: Past, Present and Future: 2024, as a part of the IEEE Biomedical Circuits and Systems Conference (BioCAS); 2024.
– [June 1, 2024] NSF Grant: WISE Lab is leading an NSF project on the Co-Design of Electromagnetics, Nanomaterials, Circuits and Architectures for Generic Protection against Side-Channels. Further details can be found here.
– [January 29, 2024] NSF Grant: WISE Lab will be involved in the Central Florida Semiconductors Innovation Regional Engine as a part of the UF team led by Dr. Y.K. Yoon. Further details on the Regional Engine can be found here, while the details on the NSF Inaugural Engines program can be found here. (UF News Release)
– [Oct 5, 2023] PI Chatterjee received the Eaton Award in Design Excellence, from Purdue University, as an alumnus. This unique award program recognizes outstanding work in the field of design by recent ECE alumni from Purdue University (Link to the Award, Purdue News Release).
– [Aug 31, 2023] Nature Electronics Published: Our paper on Bi-Phasic Quasistatic Brain Communication for Fully Untethered Connected Brain Implants is now published online in Nature Electronics (2023 Impact Factor: 33.255). This paper demonstrates how the conductive properties of the brain tissue can be utilized for creating a low-loss, electro-quasistatic mode of communication from a wireless brain implant to an external aggregator, and enable broadband/wideband data transfer in a deep brain implant due to the low end-to-end channel loss. The work was done when I was still a Ph.D. student at Purdue University. A big thanks, and huge congratulations to our collaborators, Dr. Shreyas Sen and Dr. Krishna Jayant. (UF News Release)
– [Aug 8, 2023] WISE Lab, along with the Neural Interface Technology Lab at UF and the Center for Internet of Bodies (C-IoB) jointly organized a Special Session on “Pioneering Wireless Technologies for Wearables and Implants” in the IEEE International Midwest Symposium on Circuits and Systems(MWSCAS), held at Phoenix, Arizona, USA, during Aug 6-9, 2023.
– [May 20, 2023] WISE Lab, along with the Neural Interface Technology Lab at UF and the Center for Internet of Bodies (C-IoB), is organizing a Special Poster Session on “Next-Gen Wearables and Implants: Harnessing the Power of the Internet of Bodies (IoB)” in the IEEE International Biomedical Circuits and Systems Conference (BioCAS), held at Toronto, Canada, during Oct 19-21, 2023.
– [Aug 16, 2022] Baibhab Chatterjee joins ECE Florida as an Assistant Professor. He will be working on low-power/energy-efficient and secure solutions for analog, mixed-signal and RF solutions for IoT, IoB, and Healthcare.
