0009-0006-4228-7849 About
Air quality researcher with 5+ years of experience in atmospheric monitoring, exposure assessment, and air-quality modelling across indoor, occupational, and urban environments. Expertise in exposure modelling, CO₂ dynamics, filtration strategies for indoor air quality, low-cost sensor calibration, field campaigns, GIS-based spatial analysis and UAV-based measurements. Demonstrated ability to lead interdisciplinary research, design robust measurement frameworks, and translate complex datasets into actionable insights for pollution mitigation, public health protection, and evidence-based environmental policy. Highly motivated to advance sustainable air-quality management and health-risk reduction, particularly in developing and rapidly urbanising regions.
Employment
-
Indian Institute of Technology Goa SRF
Education
Education history is unavailable.
Projects & Funding
Projects & funding information is unavailable.
Publications (11)
- A Passive Near-Source Enclosure Device for Reducing Ultrafine Particle Emissions Save
- Morphological characterisation of particulate emissions from various welding techniques used in industrial environments Save
- Front cover Save
- Occupational health risks from welding emissions: exposure and deposition of PM 10 , PM 2.5 , and ultrafine particles across welding methods Save
- Comprehensive analysis of the fine and ultrafine particulate emissions from various welding sources in an industrial environment Save
- Mitigation of internal weld defects and ultra-fine particulate emission by induction preheating in friction stir welding Save
- Investigating the effect of varying powder size range on particulate matter emission and mechanical properties of in situ micropowder alloyed WAAM depositions Save
- Investigations into metallurgical, mechanical, and particulate matter emissions in in situ micropowder alloyed wire arc additive manufacturing process Save
- Air Quality Assessment: Analyzing PM Distribution and Calibrating Low-Cost Sensors for Precise Measurements in Indoor and Outdoor Environments Save
- Spatial and temporal variation of cooking-emitted particles in distinct zones using Scanning Mobility Particle Sizer and a Network of Low-Cost Sensors Save