| Course Name | Wearable Biomedical Systems |
| Program | M. Tech. in Biomedical Engineering and Artificial Intelligence ( For Working Professionals & Regular Students) |
| Credits | 3 |
Introduction to Wearable sensors – Attributes of wearables – Meta-wearable – Challenges and opportunities – Future of wearables – Social interpretation of Aesthetics – Case study – Google glass – Wearable haptics – Need for wearable haptic devices – Categories of wearable haptic and tactile display – Wearable Sensors – Chemical and Biochemical sensors – System design – Challenges in chemical biochemical sensing – Applications
Flexible Electronics and Energy Harvesting Systems – Thin-film transistors – Low-power Integrated Circuit design for biopotential sensing – Analog circuit design techniques – Lowpower design for ADCs – Digital circuit design techniques – Architectural design for low power biopotential acquisition – Practical considerations – Energy harvesting from human body – Temperature gradient – Foot motion – Wireless energy transmission – Energy harvesting from light and RF energy – Energy and power consumption issues – Future considerations
Monitoring Physical and Physiological Parameters – Wearable sensors for physiological signal measurement – Physical measurement – cardiovascular diseases – Neurological diseases – Gastrointestinal diseases – Wearable and non-invasive assistive technologies – Assistive devices for individuals with severe paralysis – Wearable tongue drive system – Dual-mode tongue drive system.
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