Networked Sensing and Biomedical Engineering Lab
Our group primarily focuses on rehabilitation and assistive device design for biomedical applications. This utilizes strengths in IoT(Internet of Things), system theoretic solutions to bio-mechanic-based problems, integrated and embedded system design, robust estimation, and human motion capture, signal filtering, and motion analytics areas.
Our Mission
Our work spans from micro-electronic circuit and firmware development to cloud-based analytics and machine learning, enabling the translation of biomedical sensor data into clinically meaningful insights. We design IoT platforms that integrate sensing, data processing, and secure information transfer—ensuring reliability, privacy, and seamless operation across connected systems.
Core Values
End-to-End Innovation
From micro-electronics to cloud systems, we design and develop complete solutions that bridge hardware and software for biomedical applications.
Data-Driven Insight
We transform raw sensory data into clinically meaningful information using advanced analytics and machine learning.
Privacy-First Design
We prioritize data security and patient privacy, embedding compliance into every stage of information handling and system design.