I am currently doing a Master's degree in computer science at University of Louvain with particular interests for cloud computing, (high speed) networking and cybersecurity. Moreover, I am a big fan of free and open-source software and was a member of Louvain-li-Nux. I'm now member at Kap-Hot which is a student association about STI prevention and consent, thus not related to computer sciences, but really cool stuff.
- 💻 I'm juggling on a bunch of cool stuff and like to work on several projects at the same time
- 🌱 I'm currently learning about several cool stuff like DevOps / building a homelab, cryptography, go, and Rust !
- 💬 Ask me anything about my favorite subjects or other as well, I love learning new things !
- 📫 You can reach me by putting an issue, PR, or at contact@nicojmn.be
- 🔍 I have my own forge at https://git.nicojmn.be
- edur-home : Easily deploy an
eduroamconnection at your place and use your institutional credentials to log in. - homelab : ongoing homelab setup for my own services and stuff
- Direct device access from the smartNIC towards datacenter disaggregation : my master's thesis under supervision of @tbarbette. Focus on smartNIC and NVMe storage. I'll be glad to tell you more about it if you're interested communication.
- govh-renew-ip : Update your OVH DNS records when your public IP change
- Network attacks and defenses (uni course) : simulations of well-know attacks on mininet
- Git muzak for linux : A simple script to share your music on your commits
- Akapella buzzer : A go/Svelte webapp to use as a buzzer for the Kot-à-projet Akapella
- Quinzaine ranker : Python script to rank beers for the "Quinzaine de la bière belge" at Louvain-la-Neuve
- POSIX and spinlock multithreading (uni course): Multithreading in C with POSIX and spinlocks
- Tar project (uni course) : tar analysis and extraction in C
- Optimizing a heat pump (uni course) : Linear and nonlinear optimization of a heat pump
- Nutriwatch (uni course) : Android app to track your meals and get a nutritional analysis
- K-means clustering (uni course) : K-means clustering (Lloyd's algorithm) implementation in multi threaded C