• Product development for Electric-Vehicle Thermal System from concept generation to design release. • Conduct in-depth design and analysis; utilizing Hands-on calculations, FEA (Linear & Non-Linear), CFD, Thermal, and other simulation tools (1D & 3D) to optimize product performance, primarily using SolidWorks, Ansys, and Matlab/Simulink CAE platforms.• Collaborate daily with cross-functional teams, including Electrical, Controls, and Testing departments, to drive development… Show more • Product development for Electric-Vehicle Thermal System from concept generation to design release. • Conduct in-depth design and analysis; utilizing Hands-on calculations, FEA (Linear & Non-Linear), CFD, Thermal, and other simulation tools (1D & 3D) to optimize product performance, primarily using SolidWorks, Ansys, and Matlab/Simulink CAE platforms.• Collaborate daily with cross-functional teams, including Electrical, Controls, and Testing departments, to drive development activities.• Manage assigned projects, ensuring adherence to established plans, timelines, and deliverables.• Employ problem-solving and root cause analysis (8D) methodologies to resolve issues expediently.• Focus on developing products such as pumps, valves, actuators, and motors. Show less

• Development of auxiliary all-electric injection unit (injection molding machine). Concept generation to final product launch.• Performed Static-Linear FEA on various complex components with Ansys Mechanical.• Conducted comprehensive calculations and meticulously selected components such as Ball-Screws, LM Guides, Bearings, Springs, Sprockets, Structural members, Belt Drive systems, and Electric Actuators to ensure optimal performance.• Prepared engineering drawing by keeping… Show more • Development of auxiliary all-electric injection unit (injection molding machine). Concept generation to final product launch.• Performed Static-Linear FEA on various complex components with Ansys Mechanical.• Conducted comprehensive calculations and meticulously selected components such as Ball-Screws, LM Guides, Bearings, Springs, Sprockets, Structural members, Belt Drive systems, and Electric Actuators to ensure optimal performance.• Prepared engineering drawing by keeping knowledge of proper GD&T and ASME Y14.5M standards. Show less

• Mechanical design of electrical enclosure including sheet metal components. • Layout optimization of PCB and electrical components. Structural FEA of mechanical components. • Utilizing PTC-Creo and Windchill as PDM (3D Modelling). Optimizing PTC-Creo sheet metal module for better productivity.• Close interaction with the multi-disciplinary team for under development and customized projects.• Ensuring adequate thermal cooling of electrical components.

• Developed an accelerated lifetime test for radial ball bearings and validated on a new test bench. Testing time reduced by 6 folds. • Validated the new concept by Theory and Simulation with help of Ansys and Simscape Multi-Body Dynamic (MBD) tools. • Data acquisition and post processing with help of MATLAB (Diagnostic Feature Designer) in order to diagnosis the bearing health.• Majorly used engineering tools were Matlab-Simulink, Ansys, SolidWorks and LabView. • Fast Fourier… Show more • Developed an accelerated lifetime test for radial ball bearings and validated on a new test bench. Testing time reduced by 6 folds. • Validated the new concept by Theory and Simulation with help of Ansys and Simscape Multi-Body Dynamic (MBD) tools. • Data acquisition and post processing with help of MATLAB (Diagnostic Feature Designer) in order to diagnosis the bearing health.• Majorly used engineering tools were Matlab-Simulink, Ansys, SolidWorks and LabView. • Fast Fourier Transform (FFT) and Empirical Mode Decomposition algorithms were used. • It was a major part of my thesis in Master of Applied Science (MASc) degree. Show less

I was Graduate Assistant in below subjects:• Treatment of Experimental Data (Sep 2019 - Oct 2019)• Capstone Project (May 2019 - Aug 2019)• Applied Engineering Modeling (Jan 2019 - Apr 2019)• Engineering Software Fundamental (Sep 2018 - Dec 2018)Duties:• Conducted subject lab on MATLAB, Simulink and AVL-Cruise.• Exam evaluation and proctoring.

uWinLoop is a team from University of Windsor, has been selected in top 21 teams from all over the world for Hyperloop competition-2019 by SpaceX at California. Key Contributions:• Technical Lead @ Friction Drive Propulsion system powered by BLDC motor.• Drive Train Concept-Generation to Mechanical-Design to Final-Manufacturing. • Structural FEA simulation in Ansys and CAD modeling in Solidworks.• Selection of bought out components as like Timing Belt, Pulley, Bearing… Show more uWinLoop is a team from University of Windsor, has been selected in top 21 teams from all over the world for Hyperloop competition-2019 by SpaceX at California. Key Contributions:• Technical Lead @ Friction Drive Propulsion system powered by BLDC motor.• Drive Train Concept-Generation to Mechanical-Design to Final-Manufacturing. • Structural FEA simulation in Ansys and CAD modeling in Solidworks.• Selection of bought out components as like Timing Belt, Pulley, Bearing, BLDC motor, Actuator etc. Show less

• Mechanical Design & Development of All-Electric Injection Molding Machine; concept generation to final product release.• Calculated and selected components like Ball-Screws, LM Guides, Bearings, Springs, Sprockets, Structural members, Belt Drive system, Electric Actuators• Derived Force calculation, Free Body Diagram and Boundary conditions for Finite Element Analysis (FEA). .• Used PTC-Creo and Windchill for PDM as per the established standard and keeping knowledge of GD&T (ASME… Show more • Mechanical Design & Development of All-Electric Injection Molding Machine; concept generation to final product release.• Calculated and selected components like Ball-Screws, LM Guides, Bearings, Springs, Sprockets, Structural members, Belt Drive system, Electric Actuators• Derived Force calculation, Free Body Diagram and Boundary conditions for Finite Element Analysis (FEA). .• Used PTC-Creo and Windchill for PDM as per the established standard and keeping knowledge of GD&T (ASME Y14.5-2009). Large CAD assembly experience made with more than 2000 parts. • Defined Load Duty cycle for servo motor. An Electro-Mechanical actuator was developed by integration with the electrical design team.• Identified Product improvement, Standardization & Cost reduction areas and carried out component modification/preparation based on Design Criteria.• Gained experience on Oracle JD Edwards for Enterprise Resource Planning (ERP).• Made general and specific Bill of Materials. Also generated logic for the auto structuring of the components from ERP system.• Troubleshooting and fault analysis; knowledge of material properties, CE standards are some acquired skills as Mechanical Design Engineer. • Tested and validated newly developed projects.• Provided technical support to Manufacturing, Assembly, Purchase, Service and Retro-fitment projects. Show less

"Gujarat Panthers" was established for the SAE-Baja India 2012 competition. • Team was shortlisted in top 100 teams out of 400 teams from all over India for the final competition by SAE-India.• Team also acquired top 20 position after successful completion of 4 hours endurance run on rough terrain. Moreover, as a first-time comer, it was a great achievement to complete 4 hours endurance test after completion of all safety checks and other tests. Key Contributions:• I was… Show more "Gujarat Panthers" was established for the SAE-Baja India 2012 competition. • Team was shortlisted in top 100 teams out of 400 teams from all over India for the final competition by SAE-India.• Team also acquired top 20 position after successful completion of 4 hours endurance run on rough terrain. Moreover, as a first-time comer, it was a great achievement to complete 4 hours endurance test after completion of all safety checks and other tests. Key Contributions:• I was Technical lead and Co-founder of Gujarat Panthers• Designed and Manufactured Double-wishbone suspension, Steering system and selected proper four-speed drive train based on the requirement of the vehicle.• Calculated forces on roll-cage during front impact, rollover conditions and normal running conditions.• Provided guidance for essential electrical system in vehicle. Show less