Sensor development engineer with PhD from IIT Madras (Best Thesis Award) and 2.5 years of industrial R&D experience at Saint-Gobain Research India (2x Most Valuable Professional). Specialized in MEMS sensors, flexible electronics, and bioprocess pressure sensors with proven track record in new product development and innovation.
Developed pressure sensors specifically designed for single-use systems in pharmaceutical bioprocess applications, addressing sterility and cost-effectiveness requirements.
Led cross-functional team developing electronic thermal valve actuating system for electric vehicles, from concept to deployment, managing technical and business stakeholders.
Developed polymer nanocomposite-based flexible strain sensor adhesive tape using CNT/graphene functionalization, achieving high sensitivity and durability for wearable and structural health monitoring.
Developed environmentally sustainable NO2 gas sensor using biomass carbon derived from invasive plant species (Prosopis Juliflora), demonstrating climate-positive innovation.
Designed piezoresistive MEMS acceleration sensor with zero cross-axis sensitivity and high prime-axis response without sacrificing operational bandwidth, using FEM optimization.
Developed portable electronic interface systems for flexible strain and gas sensors, including LabVIEW-based test beds, IoT-enabled systems, and wireless control interfaces.
Open to collaborations with leading sensor and biotech companies