Hi, I'm Ryan Javid
Full-stack developer and electrical engineer at the University of Waterloo, creating performant, scalable applications with modern tech stacks and intuitive user interfaces.
About Me
I’m a builder at heart — a full-stack developer and UWaterloo engineering student with 5+ years of experience turning ideas into clean, scalable applications that solve real-world problems.
My Journey
Started my journey in computer science with a fascination for how things work under the hood. What began as curiosity about building websites evolved into a deep passion for creating scalable, user-centric applications.
Over the years, I've worked with startups and established companies, contributing to products that serve millions of users. I believe in writing clean, maintainable code and staying up-to-date with the latest industry trends and best practices.
When I’m not coding, you can find me playing pickleball, hitting the gym, going for a run, or experimenting in the kitchen — always looking for the next challenge, whether it’s in code or cooking!
Clean Code
Writing maintainable, scalable, and efficient code
Problem Solving
Creative solutions to complex technical challenges
Collaboration
Strong team player with excellent communication skills
Fast Learner
Quick to adapt to new technologies and frameworks
Skills & Technologies
A comprehensive toolkit built through years of hands-on experience and continuous learning.
Featured Projects
A selection of projects that showcase my skills and passion for creating meaningful digital experiences.
A mental health web platform enabling anonymous peer-to-peer chat, resource sharing, and charitable giving. Integrates the OpenAI API to generate context-aware message suggestions using the user’s recent conversation history, helping users initiate or continue meaningful dialogue. Built to foster connection and support through real-time communication and an intuitive, accessible UI.
A full-stack web platform built for Unity Health Toronto to automate Mainpro+ credit submissions, certificate generation, and compliance tracking for physicians. Includes secure role-based access, email verification, dynamic PDF creation, and an admin dashboard to manage users and credit records at scale.
Built for Unity Health Toronto; codebase is proprietary and cannot be shared publicly.`
A full-stack task management platform with user authentication, smart task filtering, and OpenAI-powered task descriptions. Features JWT-based auth, responsive UI with dark mode, and a clean, decoupled architecture built using the MERN stack. Designed for efficient organization, collaboration, and creativity.
An ETL-based analytics system built in C++ that processes 60+ years of country-level time-series data to model statistical relationships as a dynamic graph. Combines a custom BST for efficient queries and a labeled graph engine to reveal connections between countries based on metrics like health, agriculture, and economics.
A performant 2D physics engine built in Java and JavaFX, featuring real-time simulation of rigid body dynamics, collision detection, and motion integration. Developed with a modular, object-oriented architecture and an interactive GUI for visualizing forces, motion, and collisions in real time.
A web-based assistive tool built to help nonverbal children on the autism spectrum express needs and emotions through tap-based visual cues and voice output. Designed for accessibility, empathy, and ease of use.
Work Experience
My professional journey through various roles and companies, building expertise and delivering impactful solutions.
Contributed to the development of eAMS, an advanced clinical decision support platform improving medication safety and prescribing efficiency. Worked on full-stack enhancements, backend APIs, and EHR system integrations in a healthcare-grade, privacy-conscious environment.
Built automation tools and data pipelines for SCADA-based transit systems using PowerShell and Python. Streamlined diagnostics, scheduling, and system monitoring by scripting infrastructure-level integrations and processing operational datasets to support smarter transit planning and maintenance.