In Fall 2025, Prof. Guler organized the ECE Graduate Seminar series (ECE 596), hosting 13 speakers from academia, industry, and government. The talks spanned a wide range of ECE research areas, including biomedical circuits and wearable/implantable bioelectronics, machine learning hardware and TinyML, wireless and semantic communications, quantum computing circuits, semiconductor test engineering, medical imaging and robotics, and brain-computer interfaces, along with a session on transitioning from academia to a career in government research.
- Bige Deniz Ünlütürk – “Bias Mitigation in Pulse Oximetry” (August 27, 2025, Remote)
- Bashima Islam – “RAVEN: Query-Guided Representation Alignment for Question Answering over Audio, Video, Embedded Sensors, and Natural Language” (September 3, 2025, In Person)
- Christo K. Thomas – “Next-Generation AI-Native Semantic Communication” (September 10, 2025, In Person)
- Haichong Zhang – “Fusion of Imaging and Robotics for Healthcare and Human-Machine Interface” (September 17, 2025, In Person)
- Sercan Aygun – “tiny Machine Learning Systems: From Hardware to Applications” (October 1, 2025, Remote)
- Dmitry Kireev – “Atomically Thin Bioelectronics, Wearable E-Tattoos, and Biosensors” (October 8, 2025, In Person)
- Kevin Tien – “Cryo-CMOS Circuits for Quantum Computing” (October 22, 2025, In Person)
- Alket Mertiri – “Transitioning from academia to working for Department of Defense” (October 29, 2025, In Person)
- Safiye Celik – “Mapping Biology and Chemistry with AI to Revolutionize Drug Discovery” (November 5, 2025, Remote)
- Devrim Aksin – “Chips to measure chips: An overview of Automatic Test Equipment and DPS” (November 12, 2025, Remote)
- Saransh Sharma – “Low-Power and Miniaturized Medical Electronics for in vivo Localization and Tracking” (November 19, 2025, Remote)
- Rabia Tugce Yazicigil – “The Circuit Frontier: Innovating and Expanding ASIC Solutions for Enhanced Biosensing and Seamless Wireless Communication” (December 3, 2025, Remote)
- SungWon Chung – “Challenges with improving human brain computer interfaces” (December 10, 2025, Remote)