Software & low-level developper 📧 remy.cases@gmail.com | 📱 06.38.61.99.25 | 📍 Nancy, France

Self-taught software engineer with 4+ years of low-level development experience and strong mathematical background. Specialized in performance optimization, system debugging, and cross-platform development. Passionate about clean code, statistical analysis, and open-source contributions.

Programming Languages: C99, Python, Rust, C#

Debugging techniques: Debugging C99 for NRF52 without hardware access

Graphics & Low-level: OpenGL, shader programming, procedural generation, color theory

Community Leadership: Published 20+ game modifications, 10,000+ downloads, community management

Tools & Technologies: Valgrind, GDB, Ghidra, Git, SQL, LaTeX, Systemd

Mathematics: Statistical analysis, mathematical modeling, stochastic processes, game theory

Data Processing: Machine learning pipelines, data cleaning, statistical validation

Biomechanical sensor data analysis and C systems development

• C Development: Developed C applications for NRF52 microcontrollers processing real-time IMU sensor data from foot-tracking insoles
• System Architecture: Contributed to architectural redesign addressing technical debt across Matlab→Python→C codebase migration
• Performance Optimization: Identified and resolved performance bottlenecks in sensor data processing pipelines
• Quality Assurance: Implemented comprehensive debugging workflows using Valgrind and established coding standards to prevent undefined behavior
• Database Management: Performed SQL-based outlier detection and data validation on production sensor databases
• Statistical Modeling: Developed mathematical models for biomechanical analysis and implemented statistical validation indices
• Cross-functional Collaboration: Provided statistical analysis expertise and ML pipeline automation across multiple project domains

Technologies: Python, SQLite, asyncio, Protobuf

• A Python-based TUI (Text User Interface) tool for analyzing and reverse-engineering TCP-based game protocols. Built with Textual, this tool provides real-time network monitoring, protobuf message decoding, and interactive analysis capabilities.

Technologies: Python, SQLite, asyncio

• Fully asynchronous Discord bot with database integration for political transparency

Technologies: C99, OpenGL, GLSL

• Developing procedural generation system combining fractals and mathematical art
• Implemented advanced dithering algorithms (Bayer, blue noise, Floyd-Steinberg, error diffusion)
• Color space transformations including Oklab to sRGB with gamma correction

Technologies: Python, NumPy, SciPy

• Open-source Python package implementing statistical indices for measurement validation
• Based on peer-reviewed mathematical papers including Lin's Concordance Correlation Coefficient

Technologies: C#, .NET 6.0, Harmony2, IL manipulation, dnSpy, UndertaleModTool

• Published 20+ game modifications across 5 indie games with 10,000+ community downloads
• Led modding communities as primary developer, providing ongoing bug fixes and feature updates
• ModShardLoader: Open-source code injection framework for GameMaker-based games
• Advanced runtime bytecode modification using Harmony2 transpilers for Unity games
• Reverse engineering experience with dnSpy (C# decompilation) and Ghidra (binary analysis)

Technologies: C99

• Implemented Counterfactual Regret Minimization (CFR) algorithm for simultaneous constant-sum games
• Solved Colonel Blotto and Rock-Paper-Scissors variants using mathematical optimization

École Supérieure Nationale Des Mines De Nancy | 2014-2020 General Engineering - Mathematics and Computer Science Focus: Stochastic processes, mathematical modeling, optimal control theory

Notable Academic Projects:

• Optimal control in population dynamics with no-regret algorithms
• Control of nonlinear Lure-type systems with switching constraints

• French: Native
• English: Fluent
• Spanish: Basic

• Open Source Advocacy: Active contributor in modding communities
• Competitive Programming: Advent of Code participant (multiple languages)
• Security Research: Basic reverse engineering challenges (crackmes.one)
• Mathematics: Applied mathematics in computer graphics and game theory