Dhairya Goel
2B Mechanical Engineering Undergraduate Student at University of Waterloo
Phone:
+1 (226) 881-0569
Email:
Address:
Waterloo, ON
A Bit About Me
Curious, self-motivated, ambitious, and adaptable—these qualities define me as a second-year Mechanical Engineering (Honours) student at the University of Waterloo. With a collaborative approach and efficacious communication skills, I bring a passion for innovation and a commitment to achieving objectives as part of a team.
My foundation in Mechanical Engineering is complemented by hands-on experience gained through previous industrial training. Proficient in 3D modeling using SolidWorks and skilled in drafting with AutoCAD, I am well-versed in translating ideas into tangible designs. Competent in C++ and MATLAB programming to automate hardware systems.
This aspiration drives my academic pursuits, and I am eager to further develop my skills and insights in the field of Mechanical Engineering.
Work Experience
Slacan Industries Inc.
May 2024 - Aug 2024
Woodbridge Foam Corporation
Sep 2023 - Dec 2023
Almag Aluminum
Jan 2023 - Apr 2023
Sumedha Honda
January 2022 - Feb 2022
AmbaShakti Udyog Ltd.
July 2021 - Aug 2021
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Created 3D models and drawings of parts using Solidworks and AutoCAD
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Developed and maintained detail drawings to support product design, sales and production
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Operated 3D scanner to scan parts for new development of new products
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Worked on long-term projects; performed tensile and torsion tests and prepared test reports
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3-Point Bend Test and 4-Point Bend Test (SAE standards and ISO standards)
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Tested flammability of Foam and Velcro, especially, car seats to ensure the safety of passengers
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Tensile and compressive testing at normal conditions and at elevated temperatures
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Prepared samples of aluminum extrusions and audited them for quality standards
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Designed 3D printed gauges on Solidworks to examine parts faster at production
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Documentation for PPAP requests, Non-Conformance, customer returns and yield losses
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Utilized understanding of cars to prepare job sheets and managed around 15 clients a day
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Procured service estimate approval from senior advisors
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Engaged with engineers and technicians to rectify problems
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Proposed rolling 9-meter billet: increased production by 0.25%
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Recorded and analyzed data to formulate maintenance proposals
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Attended training courses about the process of casting molten metal & rolling TMT bars.