Mechanical Systems and Urban Innovation Sciences

Mechanical Systems and Urban Innovation Science

Fostering human resources who have the ability to develop and apply engineering systems from a wide range of perspectives and manage the entire region in order to realize a smart city where all people, robots, and cities are connected through IoT and integrated with cyberspace.

OUTLINE

Course of Intelligent Mechanical Systems

Intelligent Systems Optimization	Intelligent Adaptive and Learning System	Adaptive Autonomous System	Biorobotics
Mathematical Systems Optimization	Intelligent Mechanical Control	Sysetm Integration	Soft Mechanical Systems
Mechatronic Systems	Biomechatronics

Course of Advanced Mechanics

Structural Materials Engineering	Fuctional Materials	Applied Solid Mechanics	Machine Design and Tribology
Advanced Machining	Laser Processing	Manufacturing Engineering	Aerodynamics
Fluid Dynamics	Heat Transfer Engineering	Heat Power Engineering

Course of Urban Environment Development

Design of Timber Structures	Aseismic Design of Structures	Design of Steel Structures	Hydraulic Engineering
Geotechnical and Groundwater Engineering	Architectural Design and Theory	Architecture and Urban Spatial Planning	Wood-Based Materials
Wood Resource Utilization	Design of Concrete Structures	Urban and Building Environmental Engineering	Urban and Transport Planning
Water Environment and Sanitation