• Engineered and optimized software for the Mars Rover project, utilizing Python libraries such as Pygame and NumPy achieving a 25% improvement in operational performance and enhanced system reliability.

• Designed and implemented a control system using Pygame to interface with the Mars Rover's physical components, enabling seamless controller-based operations via socket communication.

• Developed JSON-based control mapping systems in Python with scalable and modular code design, while building robust testing pipelines using pytest and incorporating detailed logging for debugging and performance monitoring, achieving a 50% reduction in reconfiguration time and a 30% decrease in system bugs.

• Collaborated with remote, cross-functional teams distributed across Ontario, utilizing Git and GitHub for version control and effective communication tools to ensure 100% on-time delivery of project milestones.

• Developed a responsive website using React.js, TypeScript, and Vite, optimizing performance with techniques like lazy loading, Tree Shaking, and Tailwind CSS for lightweight, fast, and seamless user experiences across devices.

• Integrated advanced accessibility features, including text-to-speech, to meet WCAG standards, significantly enhancing usability for disabled users and creating a more inclusive platform that supports diverse user needs.

• Designed and implemented interactive UI components using Tailwind CSS, incorporating parallax animations, dynamic grids, and gradient designs to boost visual appeal, improve user engagement, and elevate the overall user experience.

• Developed a fully responsive and informative web platform using Next.js and Tailwind CSS, optimizing for performance, scalability, and seamless cross-device accessibility to enhance user interaction with the AI-based service.

• Designed and implemented engaging animations with Framer Motion, incorporating smooth transitions, interactive UI elements, and micro-animations to elevate the visual appeal and create a dynamic, modern user experience.

• Worked collaboratively with a team of developers and AI specialists to integrate AI-driven functionalities into the platform, ensuring intuitive navigation, accessibility compliance, and a user-friendly interface for diverse audiences.

• Leveraged server-side rendering (SSR) and static site generation (SSG) to improve load times, enhance SEO performance, and provide an optimized, efficient experience for users engaging with AI-powered services.

• Developed a control system for a virtual rover using Python, enabling motor control via socket communication and PWM signals.

• Created a Morse code translator that converts input words into Morse code and displays them using an LED, integrating Ethernet (TCP/UDP) and serial communication.

• Enhanced input prioritization and error handling to ensure seamless operation across protocols and precise control.

• Designed and developed a modern website from the ground up using React and TypeScript, providing Just Platters with a professional online presence that catered to user needs on both desktop and mobile devices.

• Implemented serverless backend functions to handle business logic, ensuring scalable and efficient performance.

• Integrated Stripe API for secure online payment processing, allowing the company to automate their payment collection.

• Transformed the order-taking process from a manual Instagram-based system to an automated online system, reducing order processing time by 50% and leading to a significant boost in customer satisfaction.

• Created an RPG text-based game in Java, utilizing object-oriented programming to enhance gameplay and story depth.

• Implemented game-saving functionality with file I/O for managing object storage and player stats.

• Developed interactive storytelling mechanics allowing players to explore over 3 distinct narrative outcomes while interacting with more than 20 uniquely designed non-player characters throughout the gameplay experience.