Electro Magnetic Roller Coaster This project took over 400 hours to make, working over 12 hours a day for 1 month straight. The goal of this project was to design a roller coaster that was better than its competition. Unlike most other roller coasters, this rollercoaster uses electromagnets, and lots of sensors to manage the cart speed, and ensure safety to ensure that multiple carts do not collide!
C++ Electromagnets Arduino AutoCAD 3D Printing Circuit Designing Structural Simulation Research Design Process Marketing Physics Math
Quick-Chat.ca Quick-Chat.ca is designed to be a versatile and intuitive chat platform. My emphasis during its development was on simplicity and functionality, ensuring that users could engage in seamless communication without the complexities often associated with modern chat applications.
ReactJS JavaScript CSS/SCSS Firebase TailwindCSS Heroku GitHub Employee Management Security
Arduino Drone I designed 2 Arduino Drones from scratch, all the code, PID, schematics, and 3D models. I spent over 3 years on this project, starting in grade 8/9, but completing it in grade 12. I am continuing this project and will be adding many add-ons. I am currently working on a system where the drone can lock-on a target and follow it (just using C++).
Physics Math C++ Arduino AutoCAD 3D Printing RX/TX Design Circuit Designing Research Design Process
Site4u.ca My approach with Site4u.ca has always been to offer more than just technical services; it's about building trust and relationships. We offer our expertise at no cost, ensuring that budget constraints never hinder one's digital aspirations. Our team, comprised of experienced developers, designers, and content creators, works diligently to deliver a product that not only meets but exceeds client expectations.
Python ReactJS NodeJS ExpressJS VueJS JavaScript HTML CSS/SCSS Flask Django Swift Flutter Firebase TailwindCSS C# SQL MongoDB Heroku Vercel GitHub Employee Management Funds Management Sponsorship
G BIKES - Electric Bikes The G-Bike project focuses on designing an affordable and adaptable eBike solution that can compete with high-end electric bicycles while remaining accessible to a broader audience. The design includes various motor configurations and safety features, using cost-effective materials like car alternators and customized components. The G-Bike system is versatile, easily modifiable, and aims to provide an efficient and practical commuting option, all while ensuring that it meets legal requirements and safety standards.
C++ Welding Arduino AutoCAD 3D Printing Circuit Designing Structural Simulation Research Design Process Marketing Physics Math Battery Building Motor Assembly Legal Regulations Sponsorship Partnership Metal Work
Super Capacitor RC The final tech project involves creating an Arduino-based RC vehicle designed for law enforcement use. This RC vehicle is equipped with advanced features like FPV (First Person View) capability, autonomous driving, GPS tracking, and fast-charging supercapacitors. It is intended to assist in monitoring traffic, chasing vehicles, and spying on illegal activities while maintaining a low profile. The project focuses on affordability, scalability, and functionality in various weather conditions, making it a practical tool for law enforcement agencies. The RC vehicle can quickly recharge using solar-powered stations and operate silently at lower speeds, offering a safer and more efficient alternative to traditional police pursuits.
C++ RX/TX Design Arduino Fusion 360 3D Printing Circuit Designing Structural Simulation Research Design Process Metal Work Physics Super Capacitor Marketing Legal Regulations
The Door Stop From the idea to the final physical product, I completed and engineered this device within 2 weeks! The goal of this was to remove the traditional door stop. This doorstop utilizes an electromagnet and a wireless controller (ft. NRF24L01+). There are sensors that detect the door being pulled, and the fire alarm, and in return shut off the electromagnet to ensure that it doesn't get damaged.
C++ Electromagnets Laser Cutting Arduino Fusion 360 3D Printing Circuit Designing Research Design Process Marketing Math
SigmaCoders.ca Sigma Coders offers a comprehensive tutoring solution for programming, dedicated to ensuring your success in any programming path. Our mission is to provide top-quality course material and teach industry practices used by leading tech companies like Google. Whether you're learning for school, university, or work, we guarantee you'll succeed. Additionally, you can learn to develop websites, games, and applications. Upon completing a programming language, you'll receive a certificate of completion, which can open doors to volunteer positions with our partner companies (conditions apply).
Python ReactJS NodeJS ExpressJS VueJS JavaScript HTML CSS/SCSS Flask Django Swift Flutter Firebase TailwindCSS C# SQL MongoDB Heroku Vercel GitHub Employee Management Funds Management Sponsorship
Medicine Dispenser The project is an Automated Medicine Dispenser designed to simplify medication management, reduce errors, and ensure accurate dosages. It's user-friendly, affordable, and focuses on enhancing safety and efficiency in caregiving facilities. The system automates dispensing, prioritizes data security, and minimizes documentation errors, making it ideal for both caregivers and patients.
STM32 C++ Fusion 360 3D Printing Design Process Circuit Designing Glass Work
Emergency Shelter In grade 10, I designed an affordable emergency shelter for global disaster relief. I focused on key principles like budgeting, packaging, safe water filtration systems, and more to create a practical and effective solution.
Fusion 360 Design Process
ECO Blocks Designed and developed an innovative theme park ride prototype, focusing on realism, interactivity, and safety. The ride includes features like motorized spinning, adjustable angles, and mechanical assistance, making it both fun and functional.
Fusion 360 Design Process
