Kevin Cho

Kevin Cho

Greater Toronto Area, Canada
303 connections

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Experience

  • Forma.ai Graphic

    Forma.ai

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    캐나다 온타리오 토론토

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    Toronto, Ontario, Canada

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    Mississauga, Ontario

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    Gimpo, Gyeonggi-do, Korea

Education

  • Graphic

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    Minor in Robotics and Mechatronics
    Minor in Sustainable Energy
    Certificate in Engineering Leadership

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Licenses & Certifications

Courses

  • Alternative Energy Systems

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  • Analog and Digital Electronics for Mechatronics

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  • Automated Manufacturing

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  • Circuits with Applications to Mechanical Engineering Systems

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  • Control Systems

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  • Design for Environment

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  • Energy and Climate Policy

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  • Engineering Economics and Accounting

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  • Engineering Leadership

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  • Ethical & Equitable Decision Making in Engineering

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  • Fluid Mechanics

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  • HVAC Fundamentals

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  • Heat and Mass Transfer

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  • Kinematics and Dynamics of Machines

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  • Manufacturing Engineering

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  • Mechatronics Systems: Design and Integration

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  • Microprocessors and Embedded Microcontrollers

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  • Positive Psychology for Engineers ( Happy Engineer )

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  • Thermal Energy Conversion

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  • Thermodynamics

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Projects

  • IoT Robot with Telus LTE-M & Microsoft Azure (SmartCarts)

    This project was completed during a makeathon event,"makeUofT" hosted by IEEE and MLH. The theme of the makeathon was "connectivity".

    The team utilized Telus LTE-M IoT starter kit and Microsoft Azure cloud system to remotely control movement of a robot. The robot also collected various sensor data and sent the information to Azure cloud system.

    Through this project, I learned:
    1. Integrating Telus LTE-M technology with Microsoft Azure.
    2. Learning about various IoT…

    This project was completed during a makeathon event,"makeUofT" hosted by IEEE and MLH. The theme of the makeathon was "connectivity".

    The team utilized Telus LTE-M IoT starter kit and Microsoft Azure cloud system to remotely control movement of a robot. The robot also collected various sensor data and sent the information to Azure cloud system.

    Through this project, I learned:
    1. Integrating Telus LTE-M technology with Microsoft Azure.
    2. Learning about various IoT technology - low-bandwidth and high-bandwidth IoT communication.
    3. How to communicate between devices and cloud.

    See project

  • Autonomous Turret System

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    - Utilized OpenCV on Raspberry Pi to detect targets and move servo motors to follow the target.
    - Designed a firing mechanism with a scotch yoke mechanism and a DC motor.

    See project

  • Electronic Throttle Control (ETC) Implementation Platform for U of T Formula SAE Team - Capstone

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    - Placed Top 18 at the University of Toronto Mechanical and Industrial Engineering Capstone Showcase.
    - Derived a transfer function between voltage input and throttle plate angle to model the ETC system.
    - Constructed a Simulink block diagram model of the control system architecture.
    - Conducted various tests using oscilloscope, circuitry and MATLAB to find motor inductance, spring
    constant, viscous friction coefficient and moment of inertia to complete the derived transfer…

    - Placed Top 18 at the University of Toronto Mechanical and Industrial Engineering Capstone Showcase.
    - Derived a transfer function between voltage input and throttle plate angle to model the ETC system.
    - Constructed a Simulink block diagram model of the control system architecture.
    - Conducted various tests using oscilloscope, circuitry and MATLAB to find motor inductance, spring
    constant, viscous friction coefficient and moment of inertia to complete the derived transfer function.
    - Performed FMEA to identify failure modes and validated safety protocols with the prototype.
    - Constructed a prototype to validate the estimated PID value sand the safety protocols.
    - Created VBA interface to allow the FSAE team to generate an equation to modify the relationship
    between the driver input and the throttle angel to control precise air flow to the engine.

    See project

  • TurtleBot: Autonomous Robot Search of an Environment

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    - Programmed in ROS system based on C++ to manage data from odometry and Kinect sensor.
    - Researched Kinect laser sensor mechanism to implement an accurate data acquisition procedure.
    - Constructed a strategy for path planning and obstacle avoidance.
    - Performed majority of coding in C++ to implement strategies and logic discussed.
    - Utilized SLAM to acquire a map of an environment with dimension 3.66m x 4.90m.
    - Troubleshot and fixed coding errors.

    See project

  • Propeller Pendulum Control with PID Controller

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    - Utilized PID controller logic with Arduino to send the control signal to a motor driving a propeller.
    - Regulated at 30 degrees set point angle and rejected applied disturbances
    - Satisfied design requirements such as rise time, settling time and overshoot.

    See project

Honors & Awards

  • Dean's Honours List

    University of Toronto

    Completed 2018/19 academic year with an average over 80%

Languages

  • English

    Native or bilingual proficiency

  • Korean

    Native or bilingual proficiency

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