Tejas Uday Kamath

adbvip@r.postjobfree.com https://www.linkedin.com/in/tejkamath/ +1-248-***-****

Profile Overview

Mechanical Engineering Graduate student specializing in Combustion Engines and Hybrid Electric Vehicles seeking full-time opportunities in Advanced Propulsion and Energy Systems with a leading organization Education

Wayne State University, Detroit MI May 2020

Master of Science in Mechanical Engineering Combustion Engines Hybrid Vehicles Battery Systems 3.67/4.00 GPA University of Mumbai, Mumbai, India May 2017

Bachelor of Engineering in Automotive Engineering IC Engines Automotive Safety Design First Class Skills

Technical Skills: GT-Power, SolidWorks, STANJAN, AutoCAD, Microsoft Office 365, ANSYS, LS-DYNA, LS-PrePost Academic Specializations: IC Engine Performance Improvement, Emission Solutions, Powertrains, Hybrid Electric Vehicles Languages: LabView, MATLAB, Simulink, C++, HTML

Others: Details Oriented, Strong Logical and Analytical skills, Strong Written and Verbal skills Academic Projects and Research

• Modelling, Simulation and Analysis of an SI Engine to predict Engine Performance Quantities: Modelled a single-cylinder engine to analyse quantities like Power, Torque, Airflow, Volumetric Efficiency, Fuel Consumption and Emissions at different combustion parameters and spark timings using GT-Power Software, concluded with plotting and analysis.

• Heat Release Analysis on CI Engine data: Performed Heat Release Analysis on provided CI Engine data at different Engine Speeds and Injection Timings using MS-Excel. Considering the parameters, plotted results were compared and analyzed.

• Engine Calibration Case Study: Running a Case Study on SI engines to increase Engine Performance Parameters like Efficiency, Power and Emissions Control.

• Thermodynamic and Thermo-Chemical Parameter Analysis on Emissions using STANJAN: Analyzed the change in concentration of different exhaust gases like NOx, CO, CO2, O2 with change in Engine Parameters like Pressure, Temperature, Exhaust Gas Recirculation and Equivalence Ratio using STANJAN to simulate the combustion. Generated and presented best strategies to reduce NOx.

• Battery Pack Design for an Electric Go-Kart: Designed a 48 V battery pack for an Electric Go-Kart to achieve given specifications of required Power, Weight Restrictions, Space Restrictions and Range of vehicle. This was achieved using a combination of Series and Parallel connected 12-EV50 modules in the battery pack.

• Case Study on Catalytic Converters: Conducted a Case Study on the Working and Impact of Catalytic Converters on Emissions and the Percentage of Exhaust Gas Reduction post combustion using different materials.

• Case Study on Fluoride-Ion Batteries: Conducted a Case Study on Progresses and Challenges in Fluoride-Ion Batteries, concluded with better understanding of its PROs and CONs and its near future scope of study.

• Embedded Piezoelectric Crystals in Vehicle Tires for Secondary Power Generation (Undergrad): Understood the concept of Piezoelectric Crystals and Embedded them in a Vehicle Tire in a Parallel Circuit, connecting it to a Capacitor to create a secondary power generation source. Gained practical knowledge regarding Purchasing, Planning and Assembling. Work Experience

Green Earth Translogistics Pvt. Ltd. Oct 2017 - Apr 2018 Road Safety Executive Training Initiative by Castrol India CSR

• Successfully lead & managed the ‘United for Road Safety’ team at the organization

• Trained students regarding the importance of two-wheeler road safety and designed the required curriculum

• Under ‘Road Risk Assessment’, analysed Journey Risk Management data for risks involved for truck drivers Co-Curricular Activities

• Lead Representative of the Automobile Engineering Student Association

• Head of Student Council & Head Core Committee Member of College Fest Relevant Coursework

Combustion Engines, Combustion and Emissions, Advanced Combustion and Emissions, Fundamentals of Electric-Drive Vehicle Engineering, Advanced Battery Systems for Electric Vehicles, Crashworthiness and Occupant Protection, Project Management