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/

Physics-Informed Explainable ML for Early Cavitation Risk Prediction in Marine Centrifugal Pumps

My Dissertation Project, MarinEnGPT. An Intelligent Assistant for Marine Engineering Manuals

Simulation and verification testbench for ship autopilot algorithms. Features IEC 62065 reference models, ISO 11674 maneuver metrics, and WebSocket integration.

Marine engine diagnostics platform — J1939-76, NMEA 2000, live monitoring, AI anomaly detection

Marine Engineer | Automation & Embedded Systems | GitHub profile

Mechanical AWG: 500,000 L/day (zero electricity). Survival protein in 72h via seawater & sunlight. Proactive microplastic mitigation through material-integrated aggregation. Fuel-free, wave-powered cargo shipping.

基于物理引力模型的优化算法，专门用于解决无梯度、不连续、多峰值的优化问题

ML benchmarking for vessel fuel-consumption prediction on the Indonesian Navy training vessel KRI Bima Suci — undergraduate thesis (ITS, 2022)

Personal academic website of Andrea Serani – Research Scientist at CNR-INM specializing in simulation-based design optimization and AI for marine engineering.

A For Fun Project dealing with Predictive Maintenace for Marine Diesel Engines

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.

Projet d'Application pour le gestion d'appels à projets de Western Atlantic Marine Energy Community (WEAMEC) dans le cadre de l'option Informatique des Systèmes d'Information (INFOSI) à l'École Centrale de Nantes.

OpenFOAM CFD case for an FCS H4 surfboard center fin with validated baseline polar

Open, methodology-transparent analysis of ship noon reports — vessel performance and IMO CII compliance.

Propeller Optimization Program (POP) for matching B-Series Propellers for boats and ships

MATLAB & Python implementations of the Holtrop-Mennen method for ship resistance and propulsion power prediction.

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.

Power Preduction Program (PPP) is for predicting the resistance of displacement hull forms using Holtrop and Mennen.

A simple experimental ship design tool built with Python and Tkinter.