MunicipaliGO is a civic-engagement platform built to make it easier for citizens to report problems in their city and for municipal teams to resolve them. It was our final project for our college diploma, built by a team of 5 over 6 weeks of full-time work.

The idea is simple: citizens spot a problem (a pothole, graffiti, a broken streetlight, whatever), snap a photo, and report it through the mobile app. From there, the problem shows up on a map for city employees to review on the web platform. Once approved, it gets assigned to a blue collar worker, who sees it in the same mobile app but with a different interface built around their workflow. They can take photos of their own to document the fix, mark the problem as resolved, and the employee who assigned it validates the resolution before it's closed for good.

We tried to push the project further than a basic report-and-resolve loop. Here are some notable features we integrated:

• AI duplicate detection: when a citizen submits a report, the system checks if a similar problem has already been reported nearby, so the same pothole doesn't end up as 10 separate tickets.
• Map and route optimization: problems are plotted on a map, and blue collar workers get an optimized path to handle their assigned issues efficiently.
• Live notifications: citizens following a problem get a notification the moment its status changes.
• Integrated chat and video calls: built directly into the employee platform, cross-platform, for internal communication.
• Customer support tools: a dedicated support page where employees can reset user passwords, plus a phone line citizens could call to get connected directly to a support team member.
• Community features: comments on problems, user rankings, and achievements to encourage engagement.
• A custom CMS: a separate public-facing website for the city, built with reusable content blocks so non-technical people could create new pages without touching code.
• A hidden easter egg: a small Minecraft-style multiplayer clone built in Godot, tucked inside the admin website for anyone who finds it.

The project covered the full stack with a mobile app, two web apps, and a backend. It gave our team a real taste of building and deploying something at a genuine product scale rather than just a class assignment. We passed the assignment with a 100% grade, along with the Best Features award (voted by professors) and both the Best Project and Best Easter Egg awards (voted by the public).

Bell Media Upfront is the website built each year around Bell Media's Upfront event, a major industry event where Canada's largest media company (CTV, Crave, TSN, and more under Bell Media) presents its upcoming programming slate to advertisers and media buyers. The site gets a lot of traffic, since it's tied to a high-profile annual event in the Canadian media industry.

I worked on this project during my internship at Okam, building the UI components for the site. It was my first real project at a company. The coding standards were strict given the scale of the audience and the visibility of the brand, and I improved greatly because of it.

The site is built around three phases tied to the event itself:

• Countdown: before the event, the site builds anticipation with a countdown to the livestream.
• Livestream: during the event, visitors can watch the presentation live, directly on the site.
• Presentation: after the event, the site switches over to showcase the announced content and programming slate.

Synocti is a company I started with a close friend, mostly because neither of us wanted to spend another summer working a typical student job. We wanted to build something of our own instead, and we had the skills to actually pull it off.

The site itself is fairly simple: an Angular frontend backed by a self-hosted backend built on Payload CMS. It's the front door for the company, presenting who we are and what we do.

Running Synocti has been a lot of fun. Coding was always the easy part. What I really got into was learning the stuff around it: setting up the company, handling the admin work, writing contracts. All of it was new, and I ended up enjoying it more than I expected.

Our clients include Alphanet, Club de judo Boucherville, and more.

If you're interested in working with us, you can reach out through the contact form on synocti.ca, by email at [email protected], or directly through me using the contact info at the bottom of this page.

Alphanet is a major industrial cleaning company in Montreal, with contracts covering city-owned buildings like police stations, the Biodome, and city hall. Managing all their cleaning routes used to be done by hand in Word documents: every place had a list of routes, and every route had a list of tasks, all typed out and updated manually.

We built them a custom management platform to replace that whole process. Places can be created with their own routes, and routes with their own tasks, all through a proper interface instead of a document. The platform also supports templates, so common routes and task lists can be reused across different places instead of being rebuilt from scratch every time.

Since the team still needed something readable to print or hand off on-site, the platform includes a PDF generator that turns the structured data into clean, ready-to-use documents, keeping the format they were used to while removing all the manual work behind it.

I made NotFollowingBack because Instagram has no built-in way to see who doesn't follow you back, and I got tired of going through my followers and following lists by hand to figure it out.

The app works directly with the data export Instagram already gives you. You request your data, download the ZIP file, and import it into the app. From there, it instantly breaks down who doesn't follow you back, your mutual followers, and your fans.

Since the whole point was to avoid logging in or sharing data, everything runs locally in the browser. There's no backend, no account login, no tracking, and no data storage. Your export never leaves your device.

The app is live at notfollowingback.app, and the project is open source, with contributions and feedback welcome through the GitHub repo.