Degree Theses
Formal research contributions conducted during my undergraduate and graduate studies.
Master's Thesis
Coming 2027 - 2028 @ KU Leuven
Computer science student currently at VUB, soon continuing at KU Leuven for an MSc in Software Engineering. Focused on low-level systems, compilers, and writing efficient software. Outside of tech, I run a photography business called Studio 't archief.
Formal research contributions conducted during my undergraduate and graduate studies.
Coming 2027 - 2028 @ KU Leuven
A high-performance Partitioned Iterated Function System (PIFS) image compressor built from scratch.
A multi-threaded 3D graphics pipeline built from scratch in C, achieving high-performance rasterization without GPU acceleration.
A compiler for a statically-typed, procedural language featuring explicit memory control and an LLVM backend.
A blisteringly fast, zero-allocation JSONL scanner written in Zig, saturating NVMe bandwidth via SIMD vectorization.
A declarative schema-driven configuration engine for C99, generating strongly-typed and memory-safe code.
How shifting configuration validation to a build-step eliminates boilerplate and runtime errors in C.
How paying the O(L) hashing cost upfront buys you O(1) lookups everywhere else—and why dense indexing transforms your symbol tables.
A deep dive into the SIMD bitmasking and async IO tricks that make zog saturate NVMe drives.