Research
Instrumentation built to leave the lab
Thirty-four funded projects spanning agrionics, microwave-absorbing nanomaterials, and biomechanics, engineered with field deployment, not publication alone, as the goal.
Focus Areas
Where the work concentrates
Agrionics & Sensor Instrumentation
Sensor and electronics design for pre- and post-harvest technologies: moisture, disease, and crop-growth measurement systems built for field conditions.
Microwave-Absorbing Nanomaterials
Ferrite and nanocomposite materials engineered for X-band microwave absorption, developed with PhD scholars across multiple funded studies.
Prosthetics & Biomechanics
Mechanism design for low-cost prosthetic hands and human gait dynamics, bridging electronics with rehabilitation robotics.
Electrostatic Systems
Electrostatic spraying, disinfection, and dust-mitigation technologies taken from lab prototype through to licensed, commercialized products.
Funded Projects
Flagship projects as Principal Investigator & coordinator
Hand-Held Moisture Meter for Made Tea
Principal Investigator · DST, Govt. of India
Patch-antenna based moisture analysis for tea samples: electronics hardware, antenna design, embedded software, and lab-to-field prototyping.
Early Warning System for Plant Protection & Pest Control
Principal Investigator · 2014–2017 · CSIR SUPRA
Sensor interfacing, data logging and field-scale disease forecasting for medicinal crops, with field trials run in collaboration with agricultural universities.
Sensors & Instrumentation for Crop Growth (Photosynthesis)
Principal Investigator · CSIR SUPRA
Temperature, humidity and CO₂-scrubber sensor interfacing with a custom leaf-sample holder for photosynthesis data collection and analysis.
Moisture Probe for Oil Seeds & Pulses
Principal Investigator · Dept. of Vanaspati & Vegetables, Govt. of India
Resistivity-based moisture sensing interfaced to a microcontroller, validated at Khandelia Oil Mills, Chandigarh.
Indigenized Lyophiliser for Preservation of Indian Fruits & Vegetables
Co-Principal Investigator / Nodal Officer, ANB Mission · 2018–2020 · CSIR Agri-Nutri Biotech (ANB) Mission
Electronics for chamber temperature and humidity measurement and control in a lyophilisation system for food preservation.
Smart Agro-Informatics & Green IoT for Agriculture-4.0 (SAGITA)
Coordinator / Team Member · CSIR ANB Mission
Soil temperature and water-mark humidity sensor networks with field installation, built toward IoT-enabled precision agriculture.
Mobile Soil-Sensing System & Digital Spatial Repository
Team Member · CSIR ANB Mission
Fusion of proximity soil sensors with geo-statistics modelling for precision agriculture mapping.
Customized Flow Hive for Wax-Free Honey Extraction
Program Coordinator / Nodal Officer · 2018–2020 · CSIR ANB Mission
Lab prototyping and validation of a wax-free honey extraction mechanism.
Design & Development of Bamboo Composite Structures
Team Member · 2018–2020 · CSIR ANB Mission
Joint design and testing for bamboo and composite structural sections.
Electrostatic Spraying Technology: Facility Creation
Team Member / Administrative Role · CSIR OLP
High-voltage electronic and electrical test facility supporting electrostatic spraying R&D.
River Water Quality Index Monitoring via Machine Learning
Team Member
Photosynthesis-index electronics feeding a machine-learning water-quality model.
Electrostatic Nozzle for Agricultural Applications
Team Lead Support (HoD) · SERB, DST
Testing and technology-transfer negotiation for an agricultural electrostatic nozzle.
Customized Coconut Harvesting Machine
Team Member · DST
Climb-mechanism electronics using brushless DC motors for automated coconut harvesting.
Technologies
Developed as Principal Investigator
- Controlled Storage Atmosphere for Fruits and Vegetables
- Sensors and Instrumentation for Crop Growth (Photosynthesis)
- Early Warning System for Plant Protection and Pest Control
- Indigenized Lyophiliser for Preservation of Indian Fruits and Vegetables
- Customized Flow Hive for Quality Honey Extraction
- Smart Agro-Informatics and Green IoT for Agriculture-4.0 (SAGITA)
Prototypes
Taken to working prototype
- Sensor and Instrumentation for Crop Growth (Photosynthesis)
- Controlled Storage for Fruits and Vegetables
- Digital Moisture Probe for Grains
- Hand-Held Moisture Meter for Made Tea
- Early Warning System for Plant Protection & Pest Control (Kutki)
- Indigenized Lyophiliser for Preservation of Indian Fruits and Vegetables
- Customized Flow Hive for Quality Honey Extraction
- Smart Agro-Informatics and Green IoT for Agriculture-4.0 (SAGITA)
Scale
Research programme at a glance
6
Externally Funded
8
CSIR Projects
20
Departmental Projects
25+
PG Theses Supervised
M.Tech scholars