Moksh Mehta

Course Producer - Dynamic Systems (AME 302) at University of Southern California
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Contact Information
us****@****om
(386) 825-5501
Location
Los Angeles, California, United States, US

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5.0

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Satyendra Gupta

Moksh served as a product designer at Neoperk, beginning as an intern and later as a freelancer/contractor. He worked on the CAD design of our soil spectral device meant for large-scale and chemical-free soil testing. Moksh was responsible for 3D printing the design, getting user-feedback and further optimizing the design. Later, he also worked on improving the design of soil sample holder for minimizing manual error. He displayed strong work ethics and was quick to learn and took responsibility for his work. His ability to think critically and solve real-world problems was key to successful deployment of device across multiple on-field pilots. Moksh was proficient in meeting our requirements and adhering to industry standards, utilizing softwares like SolidWorks and NX CAD. His abilities make him an asset to any team, and I wholeheartedly recommend him for future product design endeavors.

Harshil Suvarna

I had the pleasure of working with Moksh while we were working for our college's canister satellite building team. His Solidworks and Keyshot rendering skills aided the team in developing the models for our CANSAT and pioneered the way to win great accolades. During his tenure as a technical head, he trained the juniors to think creatively and analytically for the successful completion of the project. Moksh is an excellent communicator, and he was always able to articulate complex ideas in a clear and concise manner. I highly recommend Moksh for any opportunity that comes his way.

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Experience

    • United States
    • Higher Education
    • 700 & Above Employee
    • Course Producer - Dynamic Systems (AME 302)
      • Aug 2023 - Present

      Grading homework assignments and conducting office hours for the undergraduate-level course Dynamic Systems (AME 302), assessing 105 students on a weekly basis under Prof. Inna Abramova.

    • Teaching Assistant - Engineering Analysis (AME 525)
      • Jun 2023 - Aug 2023

      Graded homework assignments and conducted office hours for the graduate-level course Engineering Analysis (AME 525), assessing 25 students on a weekly basis under Prof. Inna Abramova.

    • United States
    • Higher Education
    • 700 & Above Employee
    • Graduate Research Student
      • Jan 2023 - Apr 2023

      ● Researching advanced manufacturing of CFRP materials and structures under Professor Bo Jin at the Advanced Composites Simulation Laboratory.● Vacuum Infusion of tapered and flat panels for aircraft applications.● Design and manufacture of composite strand board from reused prepreg by varying aspect ratio and compression mold curing.

    • Laboratory Assistant
      • Sep 2022 - Dec 2022

      ● Researching test wings at the Aerodynamic Design and Research Laboratory (ADRL) under Prof. Alejandra Uranga.● Wind Tunnel Testing: Engaged in optimizing the power system for wind tunnel experiments, with a specific focus on elevating stall angles of test wings. This was achieved by implementing modifications to the trailing edge of existing airfoils.● Thrust Stand: Created a thrust stand using SolidWorks and NX tailored for calculating the torque generated by brushless DC motors when subjected to varying loads. Incorporated an array of load cell sensors and employed LabJack for motor RPM control, while also managing electronic connections. Worked with wood, steel shafts, and bearings with houses. Show less

    • India
    • Farming
    • 1 - 100 Employee
    • Product Designer
      • Nov 2021 - Feb 2022

      ● Soil Sampling System Design: Led a team of 4 to develop an agriculture-based device for soil analysis using laser sensors. By cross-referencing benchmarked data, the team developed a device that could analyze soil type and test crop-soil compatibility across various parameters. ● Data Analysis: Analyzed time data of inflation over 3 years of market trends together with statistical data to compete with our peers. This led to an overall increase in design efficiency and productivity. ● Soil Sampling System Design: Led a team of 4 to develop an agriculture-based device for soil analysis using laser sensors. By cross-referencing benchmarked data, the team developed a device that could analyze soil type and test crop-soil compatibility across various parameters. ● Data Analysis: Analyzed time data of inflation over 3 years of market trends together with statistical data to compete with our peers. This led to an overall increase in design efficiency and productivity.

    • India
    • Medical Equipment Manufacturing
    • 1 - 100 Employee
    • Research Assistant
      • Jul 2021 - Nov 2021

      ● Design and Research: Formulated and invented a stable and autonomous drone from scratch to follow 1 out of 4 already mapped paths using GPS.● Sensor Integration: Facilitated a wireless solar power charging mechanism in drone flight systems to reduce power load by 57 watts. Reduced data loss by approximately 15% by integrating various telecommunication systems for better telemetry.

    • Aerospace Engineer
      • May 2021 - Jul 2021

      ● CubeSat Design: Monitored and streamlined manufacturing of a small CubeSat to work in the arctic, tropical, and desert regions. The design report and strategy were successfully presented in the Polar Vortex 2021 Competition.● Workflow Strategy: Devised design and manufacturing framework and workflows in SolidWorks. Integrated new findings within the existing product development pipeline to decrease design constraints and cost.● Aircraft Simulation: Implemented a 3D cube mesh boundary treatment to solve for airflow using fluid mechanics. This was achieved using SolidWorks flow simulation and results show improvements in vortices formed by RC aircraft. Show less

    • Computer Aided Design Drafter
      • May 2021 - Jul 2021

      ● Brake Design: Monitored and helped in designing and manufacturing an isolated drum-brake system used by low-speed vehicles.● Workflow Strategy: Devised design and manufacturing framework and workflows in SolidWorks. Research on suspension systems and materials for manufacturing was done utilizing SimScale.● System Simulation: Implemented a 3D tetrahedral mesh boundary treatment to solve friction loss and stress constraints using ANSYS FLUENT. Enhanced the truss design of vehicle chassis to achieve uniform load distribution. Show less

    • India
    • Defense and Space Manufacturing
    • 1 - 100 Employee
    • Technical Head
      • Jul 2020 - Jul 2021

      ● The official satellite building team of D.J. Sanghvi College of Engineering for research and data collection in the Himalayan and Arctic regions. ● We developed an affordable canister satellite for research and data collection in Earth’s upper atmosphere under team leadership for CanSat 2020 Competition. Data accuracy was as close as 93.8% of base referenced data.● Mentored a team of 17 juniors for the International CanSat Competition 2021 in evaluating real-life problems and researching effective solutions; passed on technical experience so attained in the next year. Show less

    • Technical Design Engineer
      • Mar 2019 - Jul 2021

      ● Innovated a non-radio-controlled passive delta wing glider with a conceptual aircraft design to study flight behavior at low altitudes.● Development and research of the project helped the team understand the theory of jet propulsion systems and rocketry stabilization by referencing 13 papers and websites. A technical paper on this has been published in an international Journal - IJETER.

    • India
    • Industrial Machinery Manufacturing
    • 1 - 100 Employee
    • Manufacturing Engineering Intern
      • Aug 2020 - Feb 2021

      ● Design Remodeling: Developed a better solution to the design of medical equipment used in heart and tissue surgery. ● Cost Report: Coordinated and manufactured medical apparatus worth $1.5K while reducing the cost by 12% and design constrains by 2.7% thereby making a precise plan for production to meet stakeholder expectations. ● Design Remodeling: Developed a better solution to the design of medical equipment used in heart and tissue surgery. ● Cost Report: Coordinated and manufactured medical apparatus worth $1.5K while reducing the cost by 12% and design constrains by 2.7% thereby making a precise plan for production to meet stakeholder expectations.

Education

  • USC Viterbi School of Engineering
    Master's, Mechanical Engineering
    2022 - 2024
  • University of Southern California
    Master's, Mechanical Engineering
    2022 - 2024
  • University of Mumbai
    Bachelor of Engineering - BE, Mechanical Engineering
    2018 - 2022

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