Open-source Rust/Python toolbox for naval architecture: hydrostatics, stability analysis (GZ/KN curves), and hull geometry management (STL/VTK). Documentation: https://navaltoolbox.github.io/navaltoolbox-lib/
My Dissertation Project, MarinEnGPT. An Intelligent Assistant for Marine Engineering Manuals
Industrial IoT Digital Twin with AI Co-Pilot. High-fidelity marine vessel simulation connecting a C++ physics engine, Go telemetry broker, and React dashboard with Voice Command & Generative AI analytics.
Physics-Informed Explainable ML for Early Cavitation Risk Prediction in Marine Centrifugal Pumps
A personal project to convert a Point Class Cutter into a luxury Superyacht, https://en.wikipedia.org/wiki/Point-class_cutter
MATLAB & Python implementations of the Holtrop-Mennen method for ship resistance and propulsion power prediction.
Simulation and verification testbench for ship autopilot algorithms. Features IEC 62065 reference models, ISO 11674 maneuver metrics, and WebSocket integration.
Offline AI diagnostic assistant for marine/industrial equipment — Upload PDF manuals, ask questions, get engineering-grade answers with citations. Vision-powered diagram understanding. 100% local: Ollama LLM + ChromaDB + Streamlit.
Open, methodology-transparent analysis of ship noon reports — vessel performance and IMO CII compliance.
A For Fun Project dealing with Predictive Maintenace for Marine Diesel Engines
Marine engine diagnostics in Rust — J1939-71 and NMEA 2000 decoding, DTC and lamp status, SocketCAN
The ultimate, high-performance open-source engineering library. Bringing formulas, models, and computational tools from all 20+ engineering disciplines under a unified, modular architecture powered by Python and Rust.
Mechanical Engineering Portfolio — AutoCAD, SolidWorks, HVAC
Multi-agent naval architecture & shipbuilding framework — 120-agent-verified ship design pipeline: hydrostatics/stability cross-checked by two solvers, EEDI trade studies, FE-verified strength, CAD drawings read back against the model. Refuses what it cannot verify.
Marine Engineer | Automation & Embedded Systems | GitHub profile
Power Preduction Program (PPP) is for predicting the resistance of displacement hull forms using Holtrop and Mennen.
Conceptual ship resistance & power prediction tool - open-source web app
Conceptual design of a 5000 TEU container vessel, including hull geometry, hydrostatics, stability analysis, and Python-assisted engineering calculations.
Propeller Optimization Program (POP) for matching B-Series Propellers for boats and ships
Agent-orchestrated parametric ship preliminary design in Python: dimensions, hydrostatics, stability (IS Code), resistance/propulsion, propeller design, seakeeping, GA schematic and design report — every number traceable to a formula whitelist.
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