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You, Youngjun (Assistant Professor)
You, Youngjun (Assistant Professor)
School of Naval Architect and Ocean Engineering, University of Ulsan
(Track of Naval Architecture and Ocean Engineering, School of Mobility Engineering, University of Ulsan)
Office : 052-259-2154
E-mail : youngjunyou@ulsan.ac.kr
Education
- 2008.03 - 2013.02 Seoul National University, Dept. of Industrial Engineering and Naval Architecture, Naval Architecture and Ocean Engineering, Ph.D.
- 2004.03 - 2008.02 Seoul National University, Dept. of Naval Architecture and Ocean Engineering, Bachelor's degree
Work Experience
- 2022.09 - Present University of Ulsan, School of Naval Architecture and Ocean Engineering, Assistant Professor
- 2013.03 - 2022.08 Daewoo Shipbuilding and Marine Engineering Co., Ltd., Ship & Ocean R&D Institute, Research Engineer
Research Interest
- Marine Mobility : Maneuverability, Navigation, and Control
Research on Experiment-driven Approach 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)
Award
Best Student Paper Presentation Award at the Fall Conference of the Society of Naval Architects of Korea (Nov. 14, 2024)
Paper Award from the Society of Naval Architects of Korea (Nov. 14, 2024)
Paper Award from the Society of Naval Architects of Korea (Nov. 8, 2018)
Researcher ID
- ORCiD : 0000-0002-1852-9039
- Web of Science : ACX-7197-2022
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