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Course Introduction
Tracks
| Types | Details |
| Unmanned Autonomous System | - This track provides integrated knowledge required for pioneering research in future transportation system, that is based on artificial intelligence, to the students through complete theoretical studies, system analysis, and experiments related to design and implementation. - Study topics in this track include self-driving systems based on autonomous navigation, environment recognition, and artificial intelligence, sensor technologies, and vehicular dynamics and control. |
| Electric Propulsion System | - This track provides the required diverse knowledge for research and development within the field of novel powertrains by applying theories and experiments about electrified and eco-friendly transportation systems like electric vehicle and hybrid electric vehicle. - Lectures and practical courses are offered to acquire basic knowledge and theory on the vehicular systems and components including ‘Modeling and control of electric propulsion systems’, ‘Battery system modeling and control,’ and ‘Wireless power transfer system.’ In particular, comprehensive engineering skills for modeling, control, and design of electric propulsion system (motor, inverter, battery, wireless power transfer, etc.) are honed by developing full-scale (or reduced-scale) electric vehicle. |
| Intelligent Transportation System | - This track introduces theories and skills for accurate recognition, diagnosis, and evaluation of transportation system by applying novel ICT technology. Based on them, the operation of transportation system is optimized and the traffic safety, convenience, and efficiency are enhanced. - The coursework contents include sensor technology recognizing the traffic conditions, communication technology transferring the traffic information, data processing technology, and traffic operation technology. |
Courses according to Tracks
| Unmanned Autonomous Systems | Electric Propulsion Systems | Intelligent Transportation Systems | Types |
|
Introduction to Mobility Systems(500) Modeling and Control of Electric Propulsion Systems(501) Intelligent Transportation System(502) Computational Analysis and Design for Electric Vehicle(505) Fundamentals of Vehicular Electric Systems(506) Transportation Infrastructure systems (507) Navigation and Sensing Systems(508) |
Mandatory | ||
|
The Principles and Applications of the Kalman Filter(560) Special Topics on Electric Propulsion Systems(833) Special Topics in Ocean Transportation(859) Special Topics on Unmanned Autonomous Systems(869) |
Electric Powertrain Engineering(520) Battery System Modeling and Control(531) Wireless Power Transfer System(642) Special Topics on Electric Propulsion Systems(833) Special Topics on Railway Vehicle Technology(843) |
Traffic Safety(610) Introduction to Transportation Economics(611) Wireless Link Analysis(643) Special Topics on Intelligent Transportation Systems(814) Special Topics in Logistics(829) |
Elective |
