Professor Rahul Sarpeshkar
Analog VLSI and Biological Systems Group

Our group's research focuses on BIOELECTRONICS: We work in 3 interdisciplinary areas: 1. BIOMEDICAL electronics 2. BIO-INSPIRED electronics 3. CIRCUIT MODELING OF BIOLOGY.

Our skills advance frontiers and have applications in 10 different kinds of systems:

1. ULTRA-LOW-POWER 2. ANALOG 3. RF (wireless) 4. ULTRA-LOW-NOISE 5. Noise-robust 6. FEEDBACK 7. Energy-harvesting 8. Networked 9. HYBRID ANALOG-DIGITAL computing and control 10. Sensing and Actuation Systems

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Our Research
Low-Power Bionic Ear
Biomedical and Low-Power Systems
We research electronics for bionic systems, intended as cures for the deaf, blind, and paralyzed, and for other medical applications involving sensing from the molecular scale to body scale. more
   
News
   
EE Times reports on AVBS

MIT debuts 'bionic ear processor' for hearing impaired
 


>> More News  
 
Analog VLSI Vision Systems
Bio-inspired Systems
We take inspiration from biology to research revolutionary architectures for RF, sensory, or computing systems. more
Time-Based Hybrid Computing
Circuit Modeling of Biology
We research electrical analogs of biological systems to shed insight into how they work. more
The How and Why of what we are doing
How ultra-low-power operation is achieved Why engineers should care about biology
Interested in being a Graduate Student in the lab?
 
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