AnmeetS.

Hi, my name is

Anmeet Sekhon

I am a Mechatronics Engineer passionate about robotics, machine learning, and embedded systems. In addition to creating aesthetic & functional machines and web applications, I'm currently working on a robot!

//About Me

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Hey! I'm Anmeet, a Mechatronics Engineering student @ UW. My journey in software began in 2018 with a simple game I made on Scratch, sparking a passion of all things embeded systems, (Mechanical, Electrical and Software Design).
Fast forward to today, and I've developed a foundation in software development, mechanical design, and web development allowing me to effectively bridge the gap between programming, mechanical design, and the forefront of technology.
These days, I'm focused on creating custom machines to automate tasks. Additionally, I'm exploring the world of Machine/Deep learning to create intellegent machines. I also recently received certifications for completing machine/deep learning courses from Mathworks!

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Here are some of the tools and software I've recently worked with:
  • C++ / C / Java (OOP)
  • Matlab (Machine / Deep Learning)
  • Python (OpenCV, Pytorch)
  • Javascript / Typescript
  • React.js / Next.js
  • SolidWorks

//My Experiences

  • WE Accelerate
  • Inqsys Technologies
  • FRC Team 1325
  • WebPulse Canada

Finance Project: Financial Investment Coach @WE Accelerate Program @ UW

Jan 2024 - April 2024

  • Prototyped a trading platform that utilizes AI to coach users through investments in the market
  • Created and maintained Azure resource groups, compute services, containers and databases for project solution
  • Completed AZ-900 and AI-900 certifications, exploring Azure cloud computing services for AI application

//Projects

Software DevelopmentBB Bot - Ball Balancing PlatformA ball balancing robot created as a self-educational project to explore robotics concepts such as PID algorithms and inverse kinematics. This custom 3-RRS parallel manipulator, built with an Arduino, uses a 4-wire resistive touchpad for positioning information and a PID control algorithm for ball balancing. Inverse kinematics were calculated and implemented to coordinate platform tilt with stepper motor angles.
  • C++ |
  • Arduino |
  • Solidworks
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Software DevelopmentHANDy MouseA program developed to allow the user to manipulate their computer's cursor using motion tracking from webcam input.
  • Python |
  • OpenCV |
  • MediaPipe |
  • AutoPy
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Mechanical Design Melman - FRC Team 1325A 125lb robot I designed to compete in the 2023 FIRST Robotics Competition (Charged Up). Secured 1st place in 2 district championships, ranking 3rd in Canada, 23rd worldwide
  • Solidworks |
  • 3 DOF |
  • Custom Gearboxes |
  • Forward/Inverse Kinematics
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More Projects

QBot - Rubik's Cube Solver

A Rubik’s Cube solving robot developed as a course project. The robot utilizes a combination of sensors, motor encoders, and a solving algorithm to autonomously scan, manipulate, and solve a 3x3 Rubik’s Cube. Extensive unit testing led to a 25% increase in solving efficiency.

  • C++
  • Robot C
  • Python

Sticker Detector

A custom sticker detecting vision system created for the Toyota Innovation Challenge to asses hole coverage and identify wrinkles of a circular sticker.

  • Python
  • OpenCV
  • PyTorch

//Contact Me

I'm currently open for any new work opportunities. Whether you have a question or just want to say hi, reach out to me and I'll be sure to get back to you!Any feedback for the website is greatly appreciated!
Made by Anmeet with ❤️ & ☕