Mudit Nijhawan

**** ****** ***, *******, *******, Tel: 289-***-****

adbc9c@r.postjobfree.com

Highlights of Qualifications

-Attentive and responsible worker committed to successfully and safely completing tasks on time

-Strong quantitative skills obtained through data analysis and modeling obtained through research experience

-Self-starter with demonstrated interest and ability to learn and strong problem-solving ability

-Strong Unigraphics NX, ANSYS, Solidworks, Labview, MS Office, and Signal Express skills developed through hands on laboratory work

-Good understanding of manufacturing processes such as cutting, milling, drilling, and turning obtained through constructing experimental test apparatus

-Knowledge of renewable energy generation methods such wind, solar, and hydrogen power, obtained through graduate research work

-Familiarity with machining processes obtained through Computer Aided Design course and project work

-Eligible to register as EIT and travel for work and Canadian citizen

Education

Master of Applied Science, Mechanical Engineering

University of Windsor – Windsor, ON October 2019

Bachelor of Engineering, Honors, Nuclear Engineering

University of Ontario Institute of Technology - Oshawa, ON April 2017

Career Experience

Graduate Research Assistant

University of Windsor – Windsor, ON January 2018 – Present

-Worked on project to develop renewable energy alternatives for remote communities in Northern Ontario resulting in conference presentation at the CSME 2019 conference at Western University

-Explored the use of curtailed electricity from southern grid system to generate hydrogen for the use in remote communities through data analysis using Microsoft Excel

-Developing method to determine the optimal clean energy blend utilizing exergy analysis and carbon dioxide offset for use in remote communities

-Mentored two capstone groups which resulted in two complete projects presented to faculty and industry representatives

-Conducted house keeping duties such as record keeping, maintaining equipment inventories, and updating MSDS sheets and created a more organised and safer laboratory environment

Mudit Nijhawan

2408 Howard Ave, Windsor, Ontario, Tel: 289-***-****

adbc9c@r.postjobfree.com

Career Experience (cont.)

Laboratory Research Assistant

University of Ontario Institute of Technology – Oshawa, ON: July 2015 – December 2017

-Constructed high temperature experimental apparatus following engineering design process

-Performed high temperature corrosion experiment for candidate materials to be proposed for the use in the Copper Chlorine cycle for hydrogen production

-Reduced apparatus costs through collaboration with local suppliers and major companies and the creation of an inventory sheet to prevent repurchase of equipment

-Conducted house keeping duties such as record keeping, maintaining equipment inventories, and updating MSDS sheets

-Successfully presented results of experiment at the University of Windsor EANR 2017 conference

-Developed temperature measurement apparatus using three k-type thermocouples and National Instruments Signal Express (LabView) program to measure temperature gradient within corrosion apparatus

Academic Projects

Fuel Cell Demonstration Apparatus October 2019

-Developed educational apparatus for high school outreach events to demonstrate the operation of a hydrogen fuel cell

-Utilized an opamp and battery circuit to amplify the voltage output of a fuel cell to light up an LED light bulb for education demonstration

-Produced and modified apparatus using NX and CATIA software and produced working prop using 3d printing services

-Successfully developed the apparatus and is currently being used as an outreach tool to develop interest in students to pursue an education and career in engineering

Design and Build Automate Neutron Spectrometer September 2016 – April 2017

-Worked through the engineering design process to produce an automated system to change moderator levels around a neutron spectrometer to limit worker exposure while measuring radiation levels

-Designed and built a circuit to control the flow of water through a pump and solenoid valve

-Integrated battery and automated relays along with humidity sensors to limit flow

-Electronic components were controlled through Arduino microcontroller through operator input - Work was presented at the Canadian Nuclear Society 2017 conference

-Apparatus is used at the University of Ontario Institute of Technology as a teaching tool for student labs

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