About me

I build things that move, sense, think—and ship.

I’m a mechatronic systems engineer who loves turning ideas into real, working products. I work across the full product lifecycle—designing, analyzing, testing, and refining electro-mechanical systems until they’re reliable, scalable, and ready for the real world. I’ve led multiple industrial projects and enjoy bridging controls, hardware, and automation to make complex systems feel simple.

What i'm doing

  • product development icon

    Product Development

    Taking hardware products from concept to certified, deployable systems through rapid prototyping and validation.

  • sensor integration icon

    Sensor Integration

    Integrating, calibrating, and validating sensors across hardware and software stacks for reliable system performance.

  • robotics control systems icon

    Robotics Control Systems

    Designing and implementing microprocessor control logic for embedded and real-time systems.

  • embedded interface icon

    Embedded Interface Development

    Designing user-centric GUIs to streamline workflows and improve system usability and performance.

Resume

Education

  1. Simon Fraser University

    2015 — 2018

    Master of Applied Science: Mechatronic Systems Engineering

  2. PES Institute of Technology

    2011 — 2015

    Bachelor of Engineering: Mechanical Engineering

Experience

  1. Product Development Engineer

    Cannabix Technologies Inc. | 06/2020 — Current

    Collaborated with a multidisciplinary engineering team to design, develop, and optimize THC detection technologies for law enforcement and workplace testing applications. Assisted in the development and implementation of cutting edge microfluidic sampling systems. Integrated sensors, product IOs, control blueprints and user-friendly GUIs.

  2. Mechatronics Engineer

    CARPA 3D Construction | 12/2018 — 05/2020

    Developed a state-of-the-art, Large Scale 3D-Printer that can manufacture affordable micro homes. Lead the controls team, planned and implemented solutions based on different project requirements. Effectively proposed and fabricated a working prototype that can print 3d concrete structures.

  3. Research Assistant

    Simon Fraser University | 09/2015 — 04/2018

    Designed and validated simulation of stable observers using MATLAB and Simulink. Successfully achieved fault detection along with elimination of external sensor noise using distinct robust observer methods.

  4. Intern

    Bosch-Rexroth | 01/2015 — 05/2015

    Organized and handled project requirements, resource identification, and task execution. Corroborated the design, efficiency and performance of the unit with the team.

My skills

  • Python
    90%
  • Sensor Integration
    85%
  • Control Systems Design
    80%
  • Project Management
    75%
  • Product Development
    85%

Portfolio

Publications

News

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