Hi, I'm Toiab Zahoor. I engineer freestanding operating system kernels, SIMD-accelerated engines, real-time CFD fluid solvers, general relativistic astrophysics simulators, and GPU-targeted compiler virtual machines.
A high-performance freestanding x86_64 operating system kernel. Features dual ELF & Win32 PE binary execution, VBE GUI compositor with window manager, FAT32/VFS, SMP scheduling, and full TCP/IP networking with TLS.
Cutting-edge experimental chess engine utilizing AVX-512 vectorization, bitboards, magic bitboard move generation, NNUE (Efficiently Updatable Neural Network) evaluation, and lockless multi-threaded search.
Volumetric 3D Computational Fluid Dynamics suite powered by Lattice Boltzmann Method (D3Q19). Features Signed Distance Field (SDF) geometry, real-time streamline integration, and airfoil polar analysis.
Interactive electronics lab and schematic CAD workbench. Solves Modified Nodal Analysis (MNA) in real-time via high-speed C++ WebAssembly with visual breadboard routing and multi-channel oscilloscope.
Relativistic stellar astrophysics simulator. Solves Tolman-Oppenheimer-Volkoff (TOV) differential equations with Runge-Kutta 4, modeling neutron star collapse past the TOV limit into spinning Kerr black holes with jets.
Custom programming language and bytecode execution runtime written in Rust 2024. Features AST compilation, register/stack bytecode VM, first-class closures, and JIT CUDA kernel execution for parallel evaluation.
Test my projects directly through the interactive web CLI. Type help or click the command badges.
Engineering software from bare silicon and ring 0 kernel structures up to high-speed graphics visualization and distributed algorithms.
Freestanding kernels, paging (VMM/PMM), interrupt handling (APIC/IDT), binary loaders (ELF/PE), Ring 3 context switching.
Vectorized compute kernels, AVX-512 / AVX2 intrinsics, lockless atomic data structures, cache line alignment, bitboards.
Lattice Boltzmann (LBM D3Q19), numerical integration (RK4), relativistic TOV stellar equations, Modified Nodal Analysis (MNA).
Lexical analysis, recursive-descent/Pratt parsers, ASTs, bytecode emission, stack VMs, dynamic FFI, and GPU CUDA execution.
I am a software engineer focused on building robust systems from the ground up without relying on black-box abstractions. Whether it's crafting an x86_64 operating system kernel that can run both Linux ELF and Windows Win32 PE binaries, optimizing chess engines with AVX-512 SIMD pipelines, or solving differential relativity equations in real-time raylib visualizations.
My projects emphasize mechanical sympathy, mathematical rigor, clean architecture, and extreme execution speed.
Interested in discussing operating systems architecture, low-level optimization, physics simulation, or collaborating on systems software?