Hi, I'm Adamo Orsini.

Developed application to manage energy capacity congestion in low voltage networks by scheduling, prioritizing, and predicting electric vehicle charging bookings.

Managed 8-month long project lifecycle via task allocation, stakeholder meetings and progress reports in an Agile environment.

Deployed multi-container Dockerized application using Next.js, tRPC, shadcn/ui, Prisma, FastAPI on DigitalOcean.

Tested project via end-to-end regression testing using Cypress and unit testing using Pytest on a GitHub Actions CI.

Designed interactive ASL Wordle game to promote ASL learning and communication.

Used Tensorflow.js hand-tracking model to track hand joint movements.

Surveyed test population of inexperienced ASL users, resulting in a 70% accuracy improvement after using our app.

Developed LinkedIn clone designed for IT and tech professionals using React, Next.js, Cypress, Firebase, and Vercel.

Led frontend development by recording React and Next.js tutorials for teammates, and pair programming.

Presented as one of the best projects in the class thanks to successful task allocation, task dependency mapping, and implementation scheduling.

Created 2D top-down game using C# in Unity in 48 hours.

Led the programming and logic implementation of the game.

Submitted as part of the 2023 Global Game Jam with the theme “Roots”.

Created as part of ConUHacks VII in 24 hours!

Directed development of full-stack Next.js and TypeScript web application.

Designed centralized application for cross-platform company updates and news using X, GitHub, and Slack APIs.

Won Mirego sponsorship challenge at ConUHacks VII. 🏆

Created 2D side-scrolling platformer using C# in Unity in 48 hours.

Led the development team and storyboarding process.

Submitted to the 2022 Concordia Game Jam.

Designed a Discord bot to play a unique theme song on YouTube for each user when they enter a voice channel.

The bot was built using the Discord.py API in Python.

Hosted application on Heroku using a MongoDB database.

Utilized asynchronous programming to handle user commands and events at scale to over 1200 users.

An automated method of obtaining graphs of letters or numbers using accelerometers.

This research was done under the mentorship of Professor Larnder at John Abbott College and was done alongside another research assistant, Justin Cardona.

We created a method of converting raw acceleration data into position data, which can be visualized on a scatter plot to obtain the written letter, using Python scripts.

An Arduino robot built to traverse a random obstacle course.

In a team of 4, we used an ultrasonic sensor, a servo, 4 motors, and recyclable materials as the body of the robot, to avoid obstacles in a random obstacle course.

My contributions to the team were managing the team’s tasks and programming the robot’s obstacle-avoiding logic in C++.

The goal of this challenge was to avoid touching any obstacles in the alloted 2-minute time frame.

Our team succeeded, allowing us to win first place in the class. 🏆

The Ascent is an upwards 2D platformer created using C# in Unity.

This project was completed as part of the International Baccalaureate (IB) Personal Project in high school.

Students had to complete a project on a topic they were interested in. Having a basic introduction to programming, I used this as an opportunity to learn more while putting my skills to use.

All assets, including music and art, were made by me.

Awarded Great Distinction at the Hydro-Québec Science Fair in 2018. 🏆