Research on H/W and S/W Development for Autonomous Marine Mobility (related to Model Test)

• H/W and S/W Design & Development for Autonomous Navigation for Model-scale Marine Mobility

• Investigation of 1) Captive Model Tests, 2) Free-running Model Tests, 3) Sea Trials, 4) Recorded Data (related to Marine Accidents) for Marine Mobility

Research on Model-driven Approach for Evaluating Full-scale Performance of Marine Mobility (based on Simulation)

• Modeling and Simulation for Ships : Hydrodynamics (Resistance, Propulsion, Maneuvering, and Seakeeping) and Control

• Evaluation of Economic Feasibility for Future Energy Transportation including Ammonia, Liquid Hydrogen, and LNG

• Development of Green Ship Technology by evaluating Ship Pollutant Emission including CO2, SOX, NOX, HC, CO, and PM

• Estimation/Analysis of Ship Full-scale Performance considering Maritime Data: AIS, Full-scale Measurement, and ECMWF Database

• Design Optimization and T&I (Transportation & Installation) Analysis for Offshore Structures

Research on Data-driven Approach for Predicting Full-scale Performance of Marine Mobility (related to Full-scale Measurement)

• Application of Machine Learning for investigating Full-scale Measurement of a Ship

Research on H/W and S/W Development for Manned/Unmanned Underwater Vehicles (incl. Simulation & Simulator)

• Development for S/W Platform for evaluating Maneuvering and Control Performance for Cooperative Underwater Vehicles (Manned and Unmanned Teaming)