Hee-Tae Jung is a post-doctoral researcher in the AHHA lab. He received his BS from Yonsei University, MS from Stanford University, and Ph.D. from UMass Amherst, all in Computer Science. He takes a holistic, end-to-end research approach with an essential goal of maximizing the overall quality of the rehabilitation service through technology-assisted therapies. Towards that end, he specifically focuses on three paths. 1) He investigates various ways to use artificial intelligence to rehabilitate patients and monitor their impairments/progress. 2) In a human-computer interaction perspective, he attempts to analyze the interaction dynamics of users during technology-assisted therapies in the real-world setting and to understand the room to advance the contemporary state-of-the-art rehabilitation technology. 3) He conducts clinical studies to understand the therapeutic benefit of technology-assisted therapies in routine clinical settings.
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Juhyeon is a first-year Ph.D. student in Computer Science. She joined the AHHA Lab in 2019. Her research interest is applying machine learning techniques to health data to improve the mobile health system. Before joining the lab, she worked as a research engineer at Robotics Lab, LG Electronics. She received the M.S. degree from KAIST and the B.S. degree from Ewha Womans University both in Electrical Engineering.

Noor Mohammed is a first year MS/PhD student who joined the AHHA lab in 2020. He previously received his MS degree in Biomedical Engineering from Wichita State University where he worked towards developing novel electromagnetic near-field epidermal decoder for biofluid phenomena detection inside human body which was funded by NASA. He also received his MS degree in Biomedical Physics and Technology from University of Dhaka and BS degrees in Mechanical engineering from Bangladesh University of Engineering and Technology- the highest echelons of engineering and science educational institutions in Bangladesh. Noor is interested in the multidisciplinary field of bioelectronics which involves practical applications of sophisticated RF electronics, computational modeling, and embedded hardware development. At present, his research is aiming towards the development of novel intrabody power and communication technology for true wearable batteryless body sensor network. His research goal is to introduce new genre of wearable devices where electronics and human will dwell under synchronized symbiosis which he terms as “Symphony of Symbiotronics”. During his respite, he loves to hike, playing guitar, and photography.