OSE / 01↗
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Port Simulation & Maritime Operations
OSE Port Simulation Suite
Simulation-based analysis of vessel arrivals, berth operations, port congestion, waiting time and port capacity.
SIMULATION · AI · OPTIMIZATION
Engineering Better Decisions
Through Simulation
Simulation • AI • Optimization for Ports & Logistics
OSE transforms engineering research, mathematical models and advanced simulation methods into practical decision-support software for ports, logistics and infrastructure systems.
From Research to Engineering Software
PORTS & LOGISTICSReal systems. Computational insight.
DIGITAL PERSPECTIVES / MARITIME SYSTEMS
THE OSE APPROACH
From Research to Engineering Software
OSE bridges scientific research and engineering practice by transforming quantitative models into practical simulation and optimization tools.
- 01
Research
Frame the question and examine the evidence.
- 02
Mathematical Model
Translate the system into variables, relationships and constraints.
- 03
Simulation
Test scenarios and explore uncertainty.
- 04
Software
Turn methods into practical, usable tools.
- 05
Engineering Decision
Compare trade-offs and select an informed course of action.
06Technology labs
05Flagship products
03Core technologies
One connected vision.
Better engineering decisions.
Better engineering decisions.
OUR TECHNOLOGY ECOSYSTEM
Six labs. Connected expertise.
From individual operations to entire networks,
explore the science behind better systems.
LAB / 01
Port Simulation & Maritime Operations
Simulate vessel arrivals, berth operations, port congestion, navigation channels, vessel traffic and VTS strategies.
Discrete-event simulation · Vessel traffic · Port operations↗
LAB / 02
Port Engineering
Engineering tools for quay walls, caisson structures, mooring loads and port infrastructure design.
Port structures · Mooring · Engineering design↗
LAB / 03
Forecasting & AI
Forecast demand and operational variables using ARIMA, regression, AI and data-driven predictive models.
Artificial intelligence · Forecasting · Time series↗
LAB / 04
Queueing & Simulation
Explore M/M/1, M/M/c, Poisson processes, stochastic systems and discrete-event simulation fundamentals.
Queueing theory · Stochastic systems · Simulation↗
LAB / 05
Inventory & Supply Chain
Analyze inventory policies, safety stock, service levels, warehouses and supply-chain performance.
Inventory · Monte Carlo · Supply chain↗
LAB / 06
Logistics Planning & Optimization
Plan logistics hubs, distribution centers, container flows and networks using optimization, MILP and MCDM.
Network optimization · MILP · MCDM↗
RESEARCH-DRIVEN. ENGINEERED TO APPLY.
Ideas, turned into tools.
OSE / 02↗
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Port Simulation & Maritime Operations
OSE Channel Capacity & VTS
Evaluate navigation channel capacity, vessel traffic interactions and VTS operating strategies through simulation.
OSE / 03↗
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Logistics Planning & Optimization
OSE Logistics Hub Planner
Decision-support software for logistics hub location, infrastructure planning and logistics network configuration.
OSE / 04↗
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Inventory & Supply Chain
OSE Inventory Optimizer
Simulation and optimization of inventory policies, safety stock, service levels and supply-chain performance.
OSE / 05↗
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Forecasting & AI
OSE AI Forecast
AI-assisted forecasting platform for model comparison, validation and data-driven prediction.
◈PORTRAIT AREAReal portrait can be added later
THE EXPERTISE BEHIND OSE
Research-Led Engineering Technology
Dr. Nguyen Minh Quy
Port Engineering • Seaport Simulation • Engineering Technology
Dr. Nguyen Minh Quy is a port engineering specialist, researcher, consultant and engineering software developer with more than 33 years of professional consultancy experience.
He received his PhD in Port Engineering from Delft University of Technology (TU Delft), The Netherlands, and spent three years as a Visiting Lecturer at the University of British Columbia Okanagan (UBCO), Kelowna, Canada.
His research and professional work focus on seaport simulation, navigation channels, maritime risk, port planning, optimization and simulation-based engineering decision support.
His work has been published in international scientific journals and technical publications.
Through OSE, he focuses on transforming research, mathematical models and engineering knowledge into practical simulation and decision-support software for ports and logistics.
PhD — TU DelftPort Engineering
33+ YearsEngineering Consultancy
3 Years — UBCOVisiting Lecturer
International ResearchScientific Publications
Research → SoftwareEngineering Technology
KNOWLEDGE INTO PRACTICE
Learn with OSE
Learn the Theory. Run the Model. Understand the Decision.
OSE combines engineering theory, practical problems, simulation models and interactive software to help students, researchers and professionals understand complex systems and apply quantitative methods in real-world decision making.
Simulation & Analytics Fundamentals
Queueing theory, probability distributions, stochastic systems and simulation fundamentals.
Forecasting & Inventory Analytics
Forecasting, model validation, safety stock, inventory simulation and optimization.
Logistics Optimization with OSE
Logistics hubs, network planning, MILP, MCDM and infrastructure optimization.
Seaport Simulation & Decision Engineering
Port operations, berth capacity, navigation channels, VTS, UKC and maritime simulation.
FROM TOOLS TO IMPLEMENTATION
Professional Solutions
OSE supports engineers, consultants, universities, port authorities and logistics organizations through professional software, specialized training and research-driven engineering solutions.
Professional Software
Simulation, optimization and decision-support software for ports, logistics and engineering applications.
Explore Professional Software ↗Training & Knowledge Transfer
Specialized training in simulation, optimization, logistics analytics, port engineering and OSE software applications.
Explore Training ↗Engineering Consultancy & Custom Solutions
Research-driven simulation studies, engineering analysis and customized decision-support solutions for real-world projects.
Discuss a Project ↗Need a customized engineering solution?
Let’s discuss how simulation, optimization and data-driven engineering can support your project.
Contact OSE ↗