Skilled water/wastewater engineer with a background in designing, implementing, and optimizing wastewater treatment processes. Known for high productivity and efficiency in task completion. Well-versed in hydraulic modeling, watershed management, and sustainable water use practices. Excel at complex problem solving, critical thinking, and effective communication to achieve project goals. Committed to leveraging technical skills and demonstrated ability to work collaboratively with multidisciplinary teams to meet project deadlines and objectives.
Retention Basin Design: Designed a retention basin using ArcGIS and Civil3D by using precipitation, landcover and soil type data for a delineated watershed, based on developed impervious area.
Sampling Plan for PM0.1: Designed a sampling plan for ultrafine particulate matter (PM0.1) in Delhi, India, based on correlation with NOx concentrations and identify sources and communities affected, by conducting analysis on RStudio.
Train Network Data Analysis: Performed data analysis using Gephi, on the train network across India, identify loads at different stations and suggest ways to reduce energy consumption, congestion and increase efficiency.
Project at L&T Construction Equipment Ltd.: Investigated requirements for a boom for a new crane model, Designed a 3D model of the crane boom in Autodesk Inventor after dimensioning constraints and determining the center of gravity, Conducted stress analysis using ANSYS, Designed a welding fixture for the robot used to construct the boom.
Society of Automotive Engineers (SAE) BAJA 2015 Competition: Competed in an International SAE competition to build an ATV (All-Terrain Vehicle), Designed braking system based on the weight and top speed of the ATV after calculating the inertia, Conducted testing on the brakes on ANSYS before testing on a course, Improved specifications and functioning of the steering system from an earlier developed concept using Autodesk Inventor.