- Conducted time series analysis on 2 years of soil moisture, temperature, and electrical conductivity data for autonomous irrigation systems.- Deployed and configured ISCO samplers, ensuring data quality through QA/QC analysis using Flowlink 5 software.- Processed 24,000+ .mgt files, extracting parameters for integration into SWAT model. - Advised a graduate student regarding research tasks.

- Utilized FTIR (Fourier Transform Infrared Spectroscopy) and NIRS (Near-infrared Spectroscopy) analysis to model/characterize the taste and flavor attributes of unroasted coffee beans.- Developed a PLS Regression Model utilizing hyperspectral data to accurately predict foliar nutrient concentrations, achieving remarkable R2 values ranging from 0.60 to 0.86 through the identification of an optimal number of components.- Implemented Random Forest algorithm for multiclass classification, optimizing hyperparameters to significantly enhance the accuracy of distinguishing between diseased and healthy soybean plants.- Proficient in extracting and managing hyperspectral data cubes, adept in image processing, and data analysis techniques.- Experienced in MATLAB programming language and have experience using machine learning and statistical analysis tools. - Skilled in operating various instruments such as ASD Spectroradiometer, Si-Ware Neo-Spectra Scanner, Agilent Portable FTIR Spectrometer, Cubert Hyperspectral Camera, FLIR Thermal Camera, CONVIRON Growth Chambers, and CIRAS-3 Portable Photosynthesis System.

- Collaborated with faculty members for categorizing districts of Punjab into 5 zones based on surface water availability and water table behavior. - Contributed to the development of a user-friendly report titled "Groundwater Depletion in Punjab", which condensed long-term groundwater patterns (1998-2018) and highlighted the imminent risk of depletion within the next 25 years.- Explored carbon emissions from groundwater pumping, and published findings in "Estimation of Carbon Emissions from Groundwater Pumping," revealing 51% emissions reduction with 30% pump efficiency increase.- Generated maps in ArcGIS showcasing water table levels, groundwater draft, and carbon emissions.