Pedro Beirão

Appointed maintainer of a widely used Doom source port after years of significant contributions, demonstrating deep expertise in C, CMake, OpenGL, and SDL.

Managed CI/CD pipelines and conducted rigorous code reviews to uphold high standards for project stability and performance.

Contributed to a project with an active community, focusing on long-term maintainability and enhanced user experience.

Oversaw the maintenance and operational integrity of a critical website supporting the Doom speedrunning community, handling server hosting and web development.

Utilized Ruby on Rails and SQL expertise to ensure high availability and responsiveness of the platform.

Managed web development tasks, contributing to a seamless user experience for community members.

Collaborated on defining and implementing new technical standards to ensure enhanced cross-port development and future-proofing for the Doom community.

Applied expertise in standards design and strategic planning to foster improved collaboration among diverse development teams.

Actively participated in a collaboration effort aimed at improving consistency and quality across various Doom ports.

Engineered and deployed a cross-platform desktop launcher using C++ and Qt, which rapidly replaced the existing tool due to superior functionality and user adoption.

Implemented robust CI/CD practices and focused on UI development to deliver a user-friendly and efficient application.

Responded to popular community demand, creating a tool that significantly improved the user experience for Doom players.

Researched and developed a new architecture for a browser-native collaborative engineering tool, focusing on IEC 61499 distributed automation.

Leveraged expertise in Web development, Docker, Python, and Websockets to design a scalable and robust solution.

Authored a dissertation detailing the research findings and architectural implementation, contributing to academic knowledge in the field.

Successfully developed and delivered game prototypes in 3 multi-day game jams, participating both solo and within international teams.

Demonstrated proficiency in C#, Unity, and Godot, showcasing rapid prototyping and execution under pressure.

Collaborated effectively in international teams, contributing to successful project completion within challenging timeframes.

Engineered a faithful recreation of the classic 'Jet Set Willy' game, applying Java, UML, and unit testing for robust development.

Successfully reverse-engineered game mechanics and logic to deliver an accurate and functional retro game experience.

Demonstrated strong problem-solving and analytical skills in replicating complex legacy system behavior.

Created a custom Doom renderer utilizing PyOpenGL, mastering the interpretation and manipulation of complex binary structured data.

Showcased advanced Python and OpenGL skills in developing efficient and accurate graphics rendering solutions.

Enhanced understanding of low-level data processing and graphics pipeline implementation through practical application.

Developed a Python program for an ev3 Mindstorms robot to autonomously solve a Rubik's cube, optimizing for on-board execution without SD card dependency.

Applied robotics and Python programming expertise to create an innovative and self-contained automated solution.

Demonstrated problem-solving and algorithmic thinking in designing a system capable of complex physical manipulation.