Teaching

 CE250, Smart City and Digital Infrastructure (KAIST)

• This course is an introductory course dealing with digital transformation of civil infrastructure systems. 

• It covers diverse topics on the concept, planning, analysis, and modeling framework of smart city and digital infrastructure.  

 CE481, Shared Mobility Systems (KAIST)

• This course will cover the fundamentals of shared mobility systems. Particularly, it will focus on major shared mobility services in the following two directions: (1) current shared mobility trends and policies; and (2) mathematical models, analytical techniques, and solution methodologies.

• Keywords: Shared mobility, taxi, demand-responsive transit, ride-sharing, vehicle-sharing, urban air mobility, robotaxi, infrastructure for shared mobility

 CoE491, Smart Mobility for Sustainable Society (KAIST)

• This course is an introductory and fusion course for the new emerging smart mobility from the perspectives of the human-society system. It deals with the trips generating from social-activity system, the mobility system, modeling AI-based methods and social issues, and future mobility technologies for sustainability. This course will be operated based on the discussion-based lectures and projects.

• Keywords: Smart mobility, sustainable society, KAIST STAR(Symbiotic Transformation for AI-infused Reality) Education Course

CE481, GT510, Public Transportation Systems (KAIST)

• This course introduces how to systemically understand public transportation systems. The scope ranges from the fundamental theories to real-world applications. Both traditional modes including buses, subways, and taxis, and emerging transit services associated with connected and autonomous vehicles (CAVs) will be discussed.

• Keywords: Public transportation systems, collective transit, principal design procedure, planning, management, operations, optimization, dimensional analysis

GT814, Transportation Asset Management (KAIST)

• In this course, we will discuss transportation infrastructure management systems. General infrastructure management methods are applied to gradually more complex systems, from facility-level to system-level problems. Specifically, pavement, railroad, airport, and bridge management systems will be introduced as examples, considering their unique characteristics. 

• Keywords: Transportation asset management, Markov Decision Processes (MDP), Condition-Based Management (CBM), Life-Cycle Analysis (LCA), Pavement Management Systems (PMS)

EE528, System Modelling and Optimal Control (Hong Kong PolyU)

• The objective of this course is to provide students with a sound knowledge of system modeling techniques in areas of prediction and control. In addition, modern control design techniques will also be introduced.

• Keywords: System models, optimal control, modeling of physical systems, linear systems, stability, controllability, observability

EE550, Enterprise Risk and Asset Management (Hong Kong PolyU)

• This course is to: (i) allow students to appreciate how enterprise risk management and asset management contribute to business sustainability of railway operation and the required organisation; (ii) provide students with basic understanding of Enterprise Risk Management in railway industry; (iii) provide students with comprehensive understanding on asset management for railways and the concept and principles of which are also applicable to other industry sectors; (iv) enable students to acquire knowledge on the key asset management processes and techniques adopted; and (v) enable students to apply international standard and practices on asset management.

• Keywords: Enterprise Risk Management (ERM), Enterprise Asset Management (EAM), Reliability Centred Maintenance (RCM)

Taekwondo

• Taekwondo for international students at KAIST

• Taekwondo class at NYU Abu Dhabi, Taekwondo white belt class co-teaching at UC Berkeley, 2ID-US Army Taekwondo instructor licensed