Resume

Sign in

Mechanical or Automotive

Location:
Kalamazoo, MI
Posted:
March 19, 2020

Contact this candidate

Resume:

adcdf4@r.postjobfree.com

YOGESH B. JAGDALE

269-***-**** Kalamazoo, MI49006 linkedin.comZinZybjyogeshjagdalel SUMMARY

I am a Performance-focused and methodical professional with hands-on experience in Mechanical

Engineering 8: have

extensive experience developing high-fidelity economic, mathematical, and numerical models for vehicle

energy use and

emissions. Adept at Mechanical/Automobile Design, Vehicle HVAC, Thermal, Electrical, Powertrain,

Engines, Batteries

8: Charging Strategies. Self-motivated and hard-working, with education and diverse experience in

problem-solving. My

objective is to seek a challenging position in an industry that needs innovation, dedication, enable me to

continue to

learn & work in a fast-paced environment.

EDUCATION

0 Western Michigan University (MS in Mechanical Engineering) GPA ac" 3.54 Expected Graduation June

2020

Thesis: Optimized System for OnRoute Charging of Battery Electric Buses Sc High-fidelity Modelling and

Simulation of

In-Motion Wireless Power Transfer

0 Savitribai Phule Pune University (BE. in Mechanical Engineering) GPA ac" 3.5 Graduated: June 2016

PROFESSIONAL & RESEARCH EXPERIENCE

Electric Vehicle Integration 8: Validation Intern at National Renewable Energy Laboratory July 2019 ac"

Dec

2019

Created, tested, validated and improved existing vehicle models and provide analytical support for project

Performed operations on advanced powertrains using from eets around the country and laboratory tests

Analyzed and created charge profiles for vehicles and investigated grid impacts of various charge profiles

Developed, measured and managed charged equipment on National Renewable Energy Laboratory

campus

Worked closely with senior engineers to investigate the behavior of advanced technology vehicles using

experimental data captured from onboard data logging devices

- Analyzed experimental data captured through electronic data acquisition methods 8: worked in Matlab,

Python,

Excel

0 Worked on Wireless Power Transfer for medium and heavy size vehicles

- Derived Techno-Economic Analysis for Dynamic Wireless Power Transfer 8: DC East Charging Infrastructure

- Evaluated Environmental Impact of the system and calculated the energy consumption and emissions

Graduate Research 8: Teaching Assistant at Western Michigan University Oct 2018 - Present 0 Analyzed In-Motion Wireless Power Transfer Systems in EVs through High-Fidelity Modeling and

Simulation

0 Created high fidelity models of Hybrid Electric Vehicles and Electric Vehicles in Python and MATLAB/Simulink

0 Validated model with aoeAutonomiea software 8: studied GREET Model to calculate energy consumption

8:

emissions

0 Created Inductive and capacitive WPT models in MATLAB/Simulink for InMotion Wireless Power

Transfer

0 Analyzed impact of large-scale deployment of in-motion WPT systems on an electric grid 0 Detailed cost analysis of OnRoute Charging of Battery Electric Buses 8: required infrastructure to get

payback

period

0 Helped different ongoing projects in the Auto Lab 0 Represented Energy Efficient and Autonomous Vehicles Lab and presented research work on different

platforms

0 Wrote different research grants and project reports also supervised undergraduate researches for

different

projects

0 Lectured and facilitated classroom discussions, developed, administered 8: corrected homework and

quizzes

- Delivered one-to-one assistance to students during lab sessions 8: office hours as a teaching assistant

Student Supervisor at Western Michigan University june 2018 - Oct 2018

- Accomplished Leadership

SKILLS

by organizing workows, monitoring the productivity of employees, and providing

constructive feedback and coaching

Mechanical Engineering Intern at S.M. Engineering july 2016 - May 2017 Reviewed and developed robust Sc economical designs for new or eXisting products and Responsible for mechanical design, development of engineering drawing & CAD model with AutoCAD,

CATIA

Managed to manufacture the products according to the established timeline to improve product manufacturing

Coordinated with the manufacturing team to implement accurate procedures Maintained quality and safety standards, equipment, and supplies also kept records of the work Recorded, analyzed, reported test results and optimized part designs Supported field installed equipment and implemented corrective actions AWARDED GRANTS

0 Yogesh B. Jagdale, Zachary D Asher, Technical and Sustainability Analysis of InMotion Wireless Power

Transfer,

The Faculty Research and Creative Activities Award (ERACAA) 2019-2020, WMU, Kalamazoo, USA

0 Graduate Student Research Grant at WMU

CONFERENCE ORAL & POSTER PRESENTATION

o Yogesh B. Jagdale, Zachary D Asher, Rick Meyer, ln-Motion Wireless Power Transfer: Environment and

Economic

Impacts of Electric Vehicle Charging While Driving Technology, WMU Spring Convocation conference

2019, WMU,

Kalamazoo, USA

- Yogesh B. Jagdale, Zachary D Asher, Rick Meyer, Sustainability and Technical Analysis of ln- Motion

Wireless

Power Transfer Systems in Electrified Vehicles through High-Fidelity Modeling and Simulation, SELECT

annual

meeting 8: technology showcase 2019, USU, Logan, USA

- Yogesh B. Jagdale, Zachary D Asher, Rick Meyer, Sustainability & Technical Analysis of ln- Motion

Wireless Power

Transfer Systems in Electrified Vehicles through High-Fidelity Modeling 8: Simulation, 6th annual summer

conference on livable communities, titled smart Mobility Toward Building Livable Communities, WMU,

Kalamazoo,

USA

TECHNICAL

SKILLS

- MATLAB/Simulink, Python, CATIA, SolidWorks, ANSYS, AutoCAD, Mastercam, UG, Mathcad, Minitab,

CNC

programming, MS-Office Suite, C, C++, Jupyter Notebook, Windows OS, LinuX OS 0 Data Analysis, Validation, Research & Development, Machine Learning PROFESSIONAL

SKILLS

0 Technical Presentations, Leadership, Project Planning and Management, Collaboration 8: Teamwork,

Good

communication, written and interpersonal skills, Adaptability, Time Management GROUPS 8: ORGANIZATION

Society of Automotive Engineers India (SAE India) Jan 2014 - Jan 2017 0 Member of Society of Automotive Engineers (SAE India), Member of SAE BAJA collage team 0 Designed (CATIA) and analyzed (Ansys) an All-Terrain Vehicle and Worked as Transmission Department

Head

SELECT (Sustainable Electrified Transportation Center) Aug 2019 - Present IEEE Organization Feb 2018 - Present

SAE International Feb 2018 ac" Present

KEY ACADEMIC PROJECTS

Electromagnetic Punching Machine Sept 2015 as" June 2016 0 Designed (SolidWorks), analyzed (ANSYS) 8: developed a prototype efficient than conventional punching

processes

0 Worked on an intermittent supply of electricity, reducing energy consumption 0 Potential benefits achieved by this prototype - low cost, low maintenance, low capital investment,

requires less

space

Case Study 8: Design of Kite Energy System Sept 2017 ac" Dec 2017 0 Studied 8: designed 20kw power generation system using kite 8: compared the results with conventional

wind

turbine

Study and Modelling of TEG for Automotive Applications June 2018 ac" Aug 2018 0 Modeled and analyzed TEG device by using thermoelectric concept for a bike to improve efficiency of

the engine

by eliminating the weight of alternator and hence reducing fuel consumption, reducing operating cost and

GHG

Effect

EXhaust Heat Recovery by Using Thermoelectric Generators June 2018 ac" Aug 2018 0 Theoretical design of Thermoelectric Generators to recover waste heat from eXhaust gases 8: convert it

into

electricity

0 Optimized the designed thermoelectric module with respect to the effective material properties based on

the

research

0 Designed a thermoelectric generator using Mathcad simplifying the compleX calculations and fin design

for proper

heat transfer to increase the efficiency of the generator A Strain-Consistent Third-Order Theory Sept 2018 ac" Dec 2018 0 Studied the third-order plate theory in detail and developed a strain-consistent third-order plate theory

0 Strain equations, equilibrium equations are calculated also essential and natural boundary conditions

are obtained

Case Study on Imaging Laser Doppler Velocimetry Sept 2017 ac" Dec 2017 Case Study on Crack Growth Retardation Jan 2018 ac" Apr 2018 Catapult Project - Design of Experiments and Regression Analysis Sept 2018 ac" Dec 2018



Contact this candidate