Seaport Simulation
Port operations, berth occupancy, vessel waiting time, port capacity and discrete-event simulation.
RESEARCH BEHIND THE TECHNOLOGY
Research. Modeling. Simulation. Engineering Impact.
OSE technology is built on research in seaport simulation, maritime risk, navigation channels, logistics planning, artificial intelligence, optimization and engineering decision support.
Scientific research provides the foundation. Engineering software turns it into practical decisions.
RESEARCH AREAS
Research Areas
Navigation Channels & Maritime Risk
Channel depth, grounding risk, under-keel clearance and risk-based design.
Ship Maneuvering & Maritime Operations
Ship motion, maneuvering simulation, operational safety and vessel traffic.
Port Planning & Investment Optimization
Port layout, infrastructure alternatives, investment scenarios and performance-based planning.
Logistics Planning & Optimization
Logistics hubs, networks, infrastructure planning, MCDM and mathematical optimization.
AI & Forecasting for Maritime Systems
Wave forecasting, predictive modeling, AI-assisted operational planning and engineering analytics.
SELECTED RESEARCH
Selected Publications
Simulation study for PNG project — Final Report
Technical ReportSimulation for Port Layout Planning; Feasibility Study & Detailed Engineering Design for Vanimo and Wewak Ports, Papua New Guinea.
NGHIÊN CỨU ỨNG DỤNG CÔNG CỤ MÔ PHỎNG SIMULINK TRONG QUY HOẠCH LOGISTICS BÃI CONTAINER
Conference PaperHội thảo Logistics và Phát triển bền vững — Đại học Đại Nam, Hà Nội
Evaluation of the Port Operation Conditions Influencing the Selection of Berth Occupancy Rates (BOR)
Journal ArticleJournal of Science and Technology in Civil Engineering (JSTCE) - HUCE, 19(3), 69–80
Offshore Port Allocation and Investment: An Optimization Framework
Journal ArticleOperational Research in Engineering Sciences: Theory and Applications, 6(3), 1–33
Simulation-Based Performance Assessment Framework for Optimizing Port Investment
Journal ArticleJournal of Waterway, Port, Coastal, and Ocean Engineering, 147(4), Article 04021010
Cost-Effective Design of Port Approaches Using Simulation Methods Based on the Example of a Modernized Port in Ustka
Journal ArticleJournal of Marine Science and Engineering, 9(2), 211
Towards generalized ship's manoeuvre models based on real time simulation results in port approach areas
Journal ArticleOcean Engineering, 209, Article 107476
Risk- and Simulation-Based Optimization of Channel Depths: Entrance Channel of Cam Pha Coal Port
Journal ArticleSIMULATION: Transactions of the Society for Modeling and Simulation International, 84(1), 41–55
FROM KNOWLEDGE TO TECHNOLOGY
Research → Model → Simulation → Software
OSE transforms scientific research and quantitative engineering methods into practical simulation, optimization and decision-support software.
Seaport performance & berth simulation
Vessel arrivals, berth occupancy, waiting time and port capacity
→ OSE Port Simulation SuiteNavigation channels & vessel traffic
Channel capacity, grounding risk, vessel traffic and operating strategies
→ OSE Channel Capacity & VTSForecasting & AI
Predictive modeling, model comparison and data-driven forecasting
→ OSE AI ForecastLogistics planning & optimization
Logistics hubs, infrastructure planning, MCDM and optimization
→ OSE Logistics Hub PlannerCOLLABORATE WITH OSE
Research & Engineering Collaboration
OSE welcomes collaboration with universities, research institutes, engineering consultants, port authorities and technology partners in simulation, maritime engineering, logistics optimization and AI-enabled decision support.
Academic Research
Joint research, publications, supervision and academic collaboration.
Engineering Applications
Simulation studies, decision-support models and real-world engineering applications.
Software & Technology Development
Development and transfer of specialized simulation and optimization tools.
From Research Questions to Engineering Solutions
Explore how simulation, optimization and data-driven engineering can support better decisions for ports and logistics.