This website is currently a work in progress. I’m actively creating entries for projects, and so many are still missing. This page shows an overview of all projects I plan on adding to the website in the near future.

Games

Cloud Hopper

Solo developed a 3D platformer using the Godot engine. Implemented two level building blocks that introduce unique gameplay mechanics, a 3D character controller, procedural level decorations, and an assortment of other gameplay features.

Ghost Swap

In a two-person team, developed a 2D twin-stick shooter for the GMTK Game Jam 2023, in which it ranked 250 out of 6771 games.

Papercut

In a two-person team, developed a 2D stealth platformer for Ludum Dare 53.

Itcho.io page.

Graphics

Parallellines

Using CUDA and C++, implemented a GPU software rasterizer from scratch to replicate OpenGL’s basic functionality. It can render a 3D model with a diffuse and specular texture and a normal map, through user-defined vertex and fragment shaders.

Raytracer features

• Added a bounding volume hierarchy to a basic raytracer, using a surface area heuristic with binning as the splitting criterion.
• Implemented a bloom post-processing effect with a 2D gaussian filter.
• Added support for contributions of glossy reflective rays.

Other

Alexandria

• Using React and NextJS, developed the front-end for a collaborative platform dedicated to scientific research, with built-in discussion and peer review systems.
• Led a 5 person team, coordinating client and team meetings, and managing the development process through Scrum.

Sortify

Using Rust to interface with the Spotify API, built a command line application to organize playlists.

Operations research

Minimizing energy consumption in a real-life classroom assignment problem

Co-authored a paper on a real life application of decision-making algorithms published in Springer’s OR Spectrum.

SACI (en: Informatics centre’s decision-making system)

Built SACI (en: Informatics centre’s decision-making system), a website that uses optimization algorithms to aid in academic decision-making.

Conferece report at ”Anais do Simpósio Brasileiro de Pesquisa Operacional” (portuguese).

Evaluator assignment and scheduling problem

Formulated and implemented an integer programming model to assign evaluators to grant proposals while simulteneously scheduling meetings amongst evaluators of the same proposal.

Meta-heuristic for the minimum latency problem

Using C++, implemented the GILS-RVND meta-heuristic for the minimum latency optimization problem. Learned how to implement algorithms from scientific papers.