PicoGK is a compact and robust geometry kernel for Computational Engineering
A curated list of 100+ AI-ready tools for Computer-Aided Engineering, ranked by an AI-Readiness Score (agent-callability: MCP, Python API, CLI, pip). CFD, FEA, SPH, DEM, differentiable simulation, neural operators, PINNs, MCP servers.
AI-Powered Micro Turbojet Engine Design System — Computational engineering for autonomous engine design
Awesome open source computational design tools.
This repository contains a simple particle physics simulation that demonstrates the behavior of particles with gravitational effects. The simulation is implemented using Pygame for visualization and PyOpenGL for rendering.
Aspen Plus-validated pharmaceutical process design and techno-economic evaluation of a honeyed bitter-kola (Garcinia kola) tablet manufacturing facility.
Completed dependency-free Rust finite-volume solver for two-dimensional steady heat conduction with residual monitoring and SVG output.
Development of mechanical design system using TgNN (theory guided neural network)
Differentiable feature-mapping framework for reconstructing density-based topology optimization results using parametric capsule primitives and exact second-order derivatives.
Engineering research in process systems engineering through modelling, simulation, technical investigation, and validation.
Quantum-Enhanced Digital Twin Framework for Aerospace Systems - Reference Architecture Quantum Computing & AI Synthetic Data Generation
Computational engineering, parametric CAD, applied ML — built by Rizky "Kiki" Meilandi Saputra. Vintage soul. Modern precision.
Collection of computer programs that solve selected mathematical problems. Self-study documentation primarily from Massachusetts Institute of Technology OpenCourseWare courses: Computational Science and Engineering I [18.085, undergraduate & graduate]
Patched fork of LEAP 71's PicoGK voxel geometry kernel, restructured under src/ with prebuilt native binaries so ANVIL can build against it. Upstream: leap71/PicoGK
A generative space propulsion design tool: 0D/1D physics to voxel geometry (PicoGK), neural surrogates, generative optimization. Open-source experiment, engine-family-agnostic.
Finite-difference investigation of the transient 1D heat equation using Explicit FTCS, Laasonen and Crank–Nicolson schemes.
Long-endurance UAV design study: 6.97 d loiter / 17,659 km range. Parametric CAD, GPU design optimisation, and an adversarial verification pipeline that caught the published design was statically unstable.
Small validation slice of the SGK pre-design: PicoGK voxel geometry, feature extraction, analytical flow benchmarks with OpenFOAM cross-check.
Source for neilashton.co.uk: research, publications, talks and The Neil Ashton Podcast.
Open source engineering software, technical contributions, and reusable computational tools for process engineering.
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