Implemented comprehensive automation capabilities through Make (formerly Integromat) and Zapier integrations. Developed custom webhooks and API endpoints enabling school owners to automate various tasks including member management, progress tracking, and reporting. The integration allows for automated welcome emails, progress notifications, achievement tracking, and custom workflow automation based on user activities.

Enhanced an existing Rails application with Progressive Web App capabilities, improving mobile experience. Implemented service workers for caching strategies and asset optimization, resulting in faster load times and better user engagement across devices.

Led a comprehensive cloud cost optimization project for an E-Learning platform client.

• Identified and optimized a single major cost driver that accounted for nearly 50% of savings
• Implemented cost-effective alternatives to AWS services (e.g., using bunny.net for video hosting)
• Resolved performance bottlenecks that were causing unnecessary auto-scaling

The project demonstrated that significant savings can come from both major infrastructure changes and numerous smaller optimizations.

Upgraded a Ruby on Rails 6 application to Rails 7, improving performance and modernizing the technology stack. This upgrade included updating dependencies, migrating to the latest version of Ruby, and optimizing database queries to ensure optimal performance. Implemented Turbo and Hotwire to improve user experience and reduce page load times.

Implemented a gamification feature for an E-Learning platform, allowing schools to track and reward student engagement and progress. This feature included leaderboards, points, and badges to motivate students and improve overall community participation.

Built an interactive NFT generation tool using Pixi.js that creates unique hexagonal-based token designs. The builder features a composite hexagonal grid where each cell can be individually customized with patterns, colors, and rotations. Users can create distinctive guild emblems through an intuitive interface that allows for pattern selection and manipulation of individual hexagon properties.

Developed a lightweight, custom JavaScript utility library at Tonic to streamline internal projects and reduce external dependencies. Built from scratch with a focus on modular, efficient solutions tailored for specific needs. The library provides essential utility functions for common JavaScript tasks while ensuring performance and cross-project compatibility.

A technical deep-dive into various approaches for body measurement scanning, including LiDAR, Computer Vision, ARKit, and Photogrammetry

Led the development of a comprehensive Port Management System, contributing to approximately 80% of the feature set. Key implementations included a dynamic PDF template system for document generation, an advanced email builder with automated sending capabilities, secure PDF signing and stamping functionality, and an automated receipt generation system. These features significantly streamlined port operations and document processing workflows.

Led the technical implementation for a custom NFT collection launch, developing 90% of the system. Built an automated NFT generation pipeline using Ruby on Rails, implemented a secure minting interface for collection release, and created a staking system for token holders. The project integrated Solana for blockchain transactions, Metamask for wallet connectivity, and Cardinal for staking rewards, providing a complete ecosystem for NFT holders.

Contributed key features to an online gaming platform on a part-time basis. Implemented a persistent world system using Google Cloud Platform for state management, enabling continuous game sessions and seamless player reconnection. Developed a real-time game chat system for player communication. Both features were built with a focus on performance and scalability using Three.js for the game engine and Rails backend.

Implemented the NFT lifecycle for a collection that allows holders to generate new NFTs by applying shader effects to their existing tokens. While the creative shader system was handled by another team, I was responsible for developing the complete NFT infrastructure including the minting interface, whitelist management system with token-gating functionality, and automated token distribution scripts. Integrated with Solana for blockchain transactions and implemented secure wallet connectivity through Metamask.

Built a collaborative drawing game similar to Gartic Phone, developing 95% of the project features. Implemented a real-time sketch canvas with replay functionality, integrated WebRTC for seamless multiplayer communication through Daily.co, and incorporated Solana wallet connectivity for NFT interactions. The game features included live drawing capabilities, synchronized playback of drawing sequences, and blockchain integration for NFT-based gameplay.

Spearheaded the modernization of Editmode's core Magic Editor tool by rebuilding it from jQuery to vanilla JavaScript. This migration improved maintainability, reduced bundle size, and established better version control practices. Published as an NPM package, this editor became a crucial feature of Editmode's content management system, enabling seamless content editing capabilities for clients.

Contributed key features to Atlas.fm, including a cross-browser extension for content clipping, Twitter-style embedded displays for clipped tweets, and a podcast transcription system. The browser extensions were developed for Chrome, Firefox, and Safari, enabling seamless content capture across platforms. Implemented using Ruby on Rails with Hotwired for real-time updates and responsive interactions.

Developed three essential libraries for Editmode platform integration: two NPM packages for JavaScript/React compatibility and one Ruby gem for Rails applications. The React integration library enabled seamless embedding of Editmode components in client React codebases, while the JavaScript utility package provided reusable functions to simplify setup. The Rails gem streamlined backend integration with native helper methods. These libraries became core tools for Editmode's client integration strategy, significantly reducing implementation time and ensuring cross-platform compatibility.

Developed a branching system for Editmode's content management system, allowing clients to create multiple versions of their content. This system included a branching interface for content editors, a branching engine for content rendering, and a branching API for client integration. The system also featured merging capabilities with an intelligent conflict detection and resolution system to help content editors safely merge changes between branches.