0009-0004-0363-8226 About
I am a researcher specializing in nanomaterials, chemoresistive and optical sensing, and sustainable biomaterial technologies. My doctoral work focused on developing advanced gas-sensing platforms for early detection of plant stress through volatile biomarkers. I have extensive hands-on experience in synthesizing functional nanomaterials (1D/2D/3D oxides, MXenes, MOFs, zeolites, nanocomposites, single-atom and binary catalysts) and integrating them into portable, IoT-enabled sensing devices. My broader interests include smart materials, sustainable nanotechnology, active/intelligent packaging, VOC sensing, and translational research that bridges lab-scale innovation with real-world deployment. I aim to apply my interdisciplinary expertise to develop next-generation sensing systems for agriculture, environmental monitoring, and biomedical applications.
Employment
Employment history is unavailable.
Education
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Institute of Nanoscience and Technology, Mohali PhD2020 - 2025
Projects & Funding
Projects & funding information is unavailable.
Publications (13)
- Ecofriendly agriculture pest control using pheromone packed programed nanovolcanoes framed by graphene oxide Save
- Engineering single Pd atom in W18O49 nanowire for ultra-sensitive crop pest detection and remote data communication Save
- Upconversion enabled innovation: Transfer of lab sensor to smartphone based field device Save
- Rational fertilizer application dream: Ammonia gas sensor for monitoring urea loss from crops Save
- E-seed skin: a carbohydrate–protein hybrid nanostructure for delayed germination and accelerated growth Save
- Industry-friendly urea coating by interlocking waste proteins and nanoparticles via a glass transition approach Save
- Symbiotic orchestra: Tripartite ecology building by scalable microfluidics nano-fibre for sustainable cultivation Save
- Irrigation-friendly sensor to manage drought in crops through carbon-based signature volatile sensing Save
- Handheld Crop Pest Sensor Using Binary Catalyst-Loaded Nano-SnO2 Particles for Oxidative Signal Amplification Save
- Sensing Nature's Alarm: SnO2/MXene Gas Sensor Unveils Methyl Jasmonate Signatures of Plant Insect Stress Save