Spearheaded R&D for optimizing steel manufacturing processes by designing Computational Fluid
Dynamics (CFD) simulation models, resulting in a 10 % reduction in energy consumption
Ensured successful implementation of optimized solutions to drive advancement of the manufacturing
process, leading to reduced melting time by 4 %
Programmed user defined functions (UDF) using C++ for simulating multiphase phenomena in ANSYS
Fluent which led to increase in validation accuracy
Formulated innovative solutions to increase process efficiency by conducting fluid flow and
thermal analysis of the process, resulting in 5 % increase in rate ofdecarburization.
Manufacturing Engineer Intern
ANSYS
09.2021 - 12.2021
Conducted linear Finite Element Analysis (FEA) modeling using, to evaluate the structural
integrity of components and ensure design robustness
Improved manufacturing accuracy by implementing geometric dimensioning and tolerancing (GD&T)
fundamentals, reducing dimensional variations by 15 %
Performed root cause analysis on process issues and reduced production downtime by utilizing lean
manufacturing principles
Designed jigs and fixtures using Solidworks 3D modeling which reduced assembly time by 5 %
Design and Manufacturing of an Active Solar Water Heating system
Influenced the solar water heater's efficiency by 7 % through optimized design and engineering
Implemented dynamic simulation results using MATLAB to design a high-efficiency solar water heating system
Authored detailed sensitivity study of different materials, tested to optimize heat transfer to the water.
Vice-Captain – Suspension Lead
BAJA SAEOff, Road Vehicle Development
04.2018 - 08.2021
Streamlined collaboration of cross-functional departments, amplifying project completion time by 15 %
Remedied manufacturing errors by employing use of CAD softwares such as Solidworks, Catia to produce
cost efficient design of vehicle components such as steering knuckle, wheel hub etc
Managed Bill of Material (BOM) formulation and material procurement, conserving cost by 6 %
Designed FEA models using ABAQUS for dynamic stress analysis to optimize static strength of components and
chassis durability under extreme loading, leading to 14 % reduction in weight
Ensured compliance with BAJA SAE regulations for quality of welded frame joints, achieving 100 % pass rate
Incorporated Product Lifecycle Management (PLM) fundamentals using Teamcenter to formulate a business
model for mass vehicle production challenge, leading to 6 % cost reduction.
SS Car Link
05.2019 - 07.2019
Education
Masters of Science - Mechanical Engineering
Purdue University
Bachelor of Engineering inMechanical Engineering - undefined
Graduate Research Assistant at Center for Innovation through Visualization & Simulation (CIVS)Graduate Research Assistant at Center for Innovation through Visualization & Simulation (CIVS)