




Faculty Member Fumiya Kidena works in Mechanical Engineering Course. The research profile highlights mechanical engineering, design, manufacturing, dynamics, fluids, control, energy, and advanced mechanical systems and connects specialized engineering knowledge with education in the School of Engineering and Graduate School of Engineering.
Students learn how to investigate mechanical engineering, design, manufacturing, dynamics, fluids, control, energy, and advanced mechanical systems, gaining experience in experimental or analytical methods, data interpretation, and clear technical communication.
This research topic explores mechanical engineering, design, manufacturing, dynamics, fluids, control, energy, and advanced mechanical systems. The work connects fundamental principles with engineering applications and develops the ability to define problems, evaluate evidence, and propose practical solutions.
Students learn how to investigate mechanical engineering, design, manufacturing, dynamics, fluids, control, energy, and advanced mechanical systems, gaining experience in experimental or analytical methods, data interpretation, and clear technical communication.
This research topic explores mechanical engineering, design, manufacturing, dynamics, fluids, control, energy, and advanced mechanical systems. The work connects fundamental principles with engineering applications and develops the ability to define problems, evaluate evidence, and propose practical solutions.