Building suite of web apps for algorithmic options and stock trading platform.

Building platform and creating problems to help SWEs prepare for their front end interviews.

Building e-commerce apps to give thrift stores an online presence.• E-commerce site (thriftersmarket.ca) created using Next.js, React, and server-side rendering techniques with Firebase backend and Stripe checkout• Mobile app (Seller Companion) built with React Native• Uses QR Code and AI-based listing process (patent-pending) that allows sellers to effortlessly and efficiently list items

• Revitalized and optimized the mobile app on both iOS and Android, increasing the active user base by 30% to over 150,000 active users, leading to a revenue boost of over $500,000 in online orders annually.• Designed and implemented a seamless mobile ordering workflow with advanced restaurant proximity detection, improving user engagement and reducing order errors by 20%.• Delivered a resilient coupon code feature, preventing exploits while streamlining checkout and boosting promotional campaign conversions by 15%.• Transitioned web application from client-side to server-side fetching and rendering, reducing page load times by 40% and enhancing the user experience.

• Led development of Proviso, a mobile app for seamless provisioning of company products via Bluetooth and NFC, delivering new features and critical bug fixes, and boosting BLE performance by 60% .• Full-stack development for Seymour, a cloud-based web and mobile app for device, room, and user management, implementing key features and system integrations.• Built a Linux BLE server using Python to emulate Bluetooth capabilities for QA testing of upcoming products.• Maintained comprehensive documentation and adhered to Agile development methodologies.

• Spearheaded Analytics 2, leading to a 100% user transition to the new interface, enhancing data visualization and management of live and historic sensor data, projects, and users.• Developed and maintained C# Windows software for seamless wireless transmission and reception of sensor data, ensuring reliability and performance.• Programmed Erlang server logic to convert binary I2C sensor readings into actionable temperature and humidity data, improving sensor data accuracy and processing speed.• Built interactive 3D visualizations within Unity, enabling real-time display of sensor data in precise building contexts for enhanced user insights.• Implemented web GUI for changing headless Raspberry Pi’s IP address using another device by deploying Linux web server that lets user configure WiFi settings• Drafted and published product data sheets and technical case studies online for professional use

TA for APSC 160 - Computation in Engineering Design (C++)

• Responsible for testing, troubleshooting, repairing, and re-packaging various used products