Ayushi Jain

www.linkedin.com/in/ayushi-jain***/, Charlotte, NC Phone: 704-***-**** Email: adao5h@r.postjobfree.com EDUCATION

Master of Science, Mechanical Engineering,University of North Carolina at Charlotte, US Expected May 2020 GPA: 3.8/4.0

Bachelor of Engineering in Mechanical Engineering,MIT College of Engineering, India May 2017 Related coursework: Turbulence Shear Flow, Road Vehicle Dynamics, Road Vehicle Aerodynamics, Automotive Power Plants, Fluid Mechanics,Tire Mechanics, Heat Transfer, Computational Methods in Engineering, Turbulence Modeling SKILLS

Operating Systems:Windows, Linux

Application Software: MS Office, SolidWorks, AutoCAD, ProE, Ansys, Fusion 360, Mastercam, MATLAB, STAR-CCM+, LaTeX, Battery Design Studio

WORK EXPERIENCE

Graduate Teaching Assistant, University of North Carolina at Charlotte Jan 2019 - Present

● Conducts lab sessions for physics undergraduate course, which includes experimental validation and numerical assessment. Junior Engineer, Machine and Controls, Navi Mumbai, India Aug 2017 - July 2018

● Responsible for designing and drafting machine components being sent for manufacturing

● Prepared a detailed bill of materials and CAD models, a substantial amount of the work was performed on AutoCAD RESEARCH EXPERIENCE

Graduate Thesis, University of North Carolina at Charlotte Jan 2019 - Present Mentor: Dr. Mesbah Uddin, Professor and Director, NCMARC

● Conducting research on aero-thermal and structural analysis on lithium ion batteries used in electric vehicles

● Research is mainly focused on improving the battery working conditions and increasing efficiency, numerical models are prepared in star ccm+ and Battery design studio for analysis

● Damage caused on an electric vehicle battery cells and the surrounding environment, in the event of an accident. PROJECT

Experimental 3-D Measurement of Flow in a Tire Wake Region, University of North Carolina at Charlotte Jan 2019 - May 2019

● The goal of this experiment is to measure the flow around a scaled rubber tire on a rolling road in a wind tunnel, specifically focusing on the wake region behind the tire on a rolling road platform

● Stereoscopic Particle Image Velocimetry was used to experimentally measure the flow Racecar Rear Diffuser, University of North Carolina at Charlotte May 2019

● A detailed geometry of a diffuser for a european le man series car was designed, and simulations were run on star-ccm+ to validate the results

CFD Simulation of Pick-up Truck, University of North Carolina at Charlotte April 2019

● There is a common debate on whether a pickup truck gets a better gas mileage with the tailgate up or down. In this project we attempt to answer the question by running CFD simulation on star ccm+ Heat Recovery System, University of North Carolina at Charlotte Nov 2018

● Designed a heat recovery system for a V-8 Oldsmobile 404 CI racing engine, increased the efficiency of engine indirectly, using thermoelectric generators (TEG) based heat recovery system Solar Desalination using Compound Parabolic Concentrators, MIT College of Engineering Aug 2016- May 2017

● Designed a self-sufficient solar powered device to meet the daily water requirements of a family of four by desalinating salt water,

● The design is in the process of being patented

● Attempted to provide an affordable and eco-friendly solution to water issues of people living in coastal areas Formula Student, MIT College of Engineering Jul 2014 - Jul 2016

● We built India’s lightest car in SUPRA SAE India, 2015

● Ranked 12 in 106 teams that participated in Formula Student India, 2016 TECHNICAL PAPERS

Journal name:International Journal of Current Engineering and Technology Paper Title: Compound Parabolic Concentrators as Solar Tracker Issue: Volume 7, No. 2 (March/April 2017) Journal name:International Advanced Research Journal in Science, Engineering and Technology Paper Title: Solar Desalination using CPC and Heat Pipe Issue: Volume 4, Issue 1 (January 2017) CO-CURRICULAR ACTIVITIES

● Presented paper on Solar Desalination at AMET Dec 2016

● Editor of the college magazine, Spandan Nov 2013- June 2014