Aman Jain
313-***-**** ********@*****.*** Dearborn, MI - 48126, USA www.linkedin.com/in/amanjain8 EDUCATION
University of Michigan – Dearborn, Rackham Graduate School Jan 2019 – Dec 2020 Master of Science in Engineering Automotive Systems Engineering GPA: 3.6/4.0 Relevant Courses: Powertrain Controls, Hybrid-Electric Powertrain, Digital Control Systems, Embedded Systems, Vehicle Electronics, Finite Element Analysis, Energy Storage Systems
Rajasthan Technical University, Rajasthan, India Aug 2013 – June 2017 Bachelor of Technology Mechanical Engineering GPA: 3.5/4.0 WORK EXPERIENCE
ECE Department University of Michigan, Dearborn, MI Sept 2019 - Present Graduate Teaching Assistant
• Deliver lectures on Automatic Control Systems to classroom of 60+ students.
• Planning and organizing coursework for courses: Vehicle Electronics, and Automotive Sensors and Actuators.
• Assist Electrical & Computer Engineering (ECE) faculty with grading exams, quizzes, and projects.
• Mentor students with their doubts related to courses or projects during office hours. FSAE – Electric University of Michigan, Dearborn, MI Jan 2019 – June 2020 Vehicle Dynamics Team July 2019 – June 2020
• Optimized previous year’s design and positioning of steering system for 8% faster ingress-egress.
• Analyzed energy consumption for different drive cycles and recorded them using MATLAB and Simulink.
• 3D printed non-crucial parts for better & quick manufacturing, reduced weight by 6 lbs.
• Designed and fabricated suspension A-arms, tie rods, jigs for assembly, used Mill, MIG, and TIG welding.
• Optimized serviceability of the 2-motor setup, reduced packaging time by 10%. Powertrain Team Jan 2019 – June 2019
• Utilized OptimumG to analyze vehicle’s performance under various load conditions, improved acceleration by 5%.
• Improved the battery air cooling intake design using SolidWorks and Star CCM+.
• Optimized design of bearing housing, analyzed on ANSYS, improved chain tension retention by 60%.
• Worked on full-car CAD assembly, 3D-printed prototypes, and manufacturing on Mill, Lathe, etc.
• Prepared Bill of Material (BOM) for specified sub-systems, optimized inventory management by 10%. Chegg Inc. New Delhi, India Sept 2017 – Nov 2018 Managed Network Expert
• Published blogs related to Mechanical Engineering subjects every week, increasing customer base.
• Resolved 2D/3D computer-aided design related problems for clients.
• Suggested changes in work assigning process during bi-weekly meetings, improved work output by 6%. Baja SAE Jaipur, India Jan 2015 – May 2016
Suspension Team
• Design, analysis, and fabrication of components for suspension system (multi-link) of ATV.
• Led hands-on testing and DVP&R of crucial components.
• Gathered sponsorship; designed team logo and promotional material. TECHNICAL SKILLS
SolidWorks MATLAB Simulink Catia V5 AutoCAD Python 3.0 OptimumG ANSYS Star CCM+ Fusion 360 HyperMesh Basic C/C++ ARM Assembly Debugging Creo 2.0 FEA Embedded Programming Digital Controls Photoshop CC
ACADEMIC PROJECTS
Data Acquisition via Accelerometer & Range sensor using Tiva Microcontroller (ARM Cortex M4) Year: 2020
• Embedded Programming in C using Keil μvision5 for sensor setup and GPIO initializations.
• Set-up UART communication to stream sensor data on laptop using serial console PuTTY.
• ADC (Analog-to-Digital) and unit conversion to display distance in centimeters and acceleration in g’s. A123 System’s Lithium-ion Battery Modeling Year: 2020
• Parameter extraction from the A123 system’s 3.3V Li-ion battery datasheet using its discharge characteristics curve.
• Dynamic battery model on Simulink (Generic) & Simscape (Thevenin-Based) for continuous & variable load condition.
• Display effects of temperature and aging of battery on performance parameters: SoC, Voltage, Current, Power, using scope.
Hybrid Electric Vehicle (HEV) MATLAB Model and Simulation Year: 2019
• Dynamic vehicle modeling on MATLAB and analysis on US06, WLTC, EPA-City, and EPA-Highway.
• Optimized fuel economy and SoC of battery using rule-based control strategy and multi-objective optimization (Pareto).
• Improved the simulated fuel economy by 3%, enhanced vehicle range, reducing HEV power pack requirement. Active Trailer Safety System Simulation Year: 2019
• A State-Space realization of the hitch was developed based on the bicycle handling model.
• Control system designed on MATLAB and Python using Lagrangian form.
• Developed python codes for lateral and longitudinal dynamics for bicycle model.
• Designed PID controller for trailer control of <5000 lbs. using Pyboard v1.1.
• Trailer-towing vehicle safety increased by ~20%. MY-2024 Mid-size SUV Vehicle Concept Development Year: 2019
• Benchmarking, Vehicle specifications and PUGH analysis o Market Research
o Benchmarking competitor vehicle specs
o Preliminary Vehicle Specification and PUGH Analysis
• Quality Function Deployment (QFD), Requirements Cascade, and Interface Analysis for Suspension System o Development of customer needs, Implementation of QFD for requirements o Requirements cascading to develop component level requirements o Interface Diagram to study interface and design dependencies o DFMEA to check for the severity of any potential failures
• Conceptual design, Program Time plan, and Financial Plan development o Preliminary CAD drawings illustrating packaging of occupants and mechanical systems o Sales volume projection based on recent trends and market predictions o Development of program time plan (V-Diagram) and financial plan to project profitability
• Technology Plan and Vehicle Validation Plan.
International Go-Kart Championship Punjab, India Year: 2015
• Preliminary frame design for the go-kart using Simple Structural Surfaces (SSS) method.
• Disassembled 125cc CVT engine from a scooter to use in go-kart.
• Design, analysis, and fabrication of components for steering system of go-kart. CERTIFICATIONS
• Python 3 Programming Specialization Coursera – University of Michigan
• Product Design and Analysis Autodesk