◆ Mechanical Engineering Workshop Introduction example of syllabus
  (6 times course)

　1st : Mechanical engineering from the viewpoint of car specifications,
　2nd : Energy used in daily life,
　3rd : Usage of water,
　4th : Mechanical engineering to support dinner,
　5th : Mechanical engineering in sports,
　6th : Techniques learned from living things (biomimetics)

◆ Robot seminar

　• Past, present, and future of robot technology (industrial robots, self-driving cars, etc.)
　• To design and manufacture robots
  (relationship between basic concepts and essential basic engineering)
　• Motion of a robot (differential equation that describes the movement)
　• Kinematics of robot components (parts) (link mechanism, actuator)
　• Electrical engineering to move the robot (motor, battery)
　• Estimation of the accuracy of movement (measurement and sensors)
　• Control of a robot motion (control engineering)
　• Intelligent robots (AI technology)
　• Optimization problems (traveling salesman problem, etc.)
　• Deformation of a robot (material mechanics (stress and strain, beam bending and bending, rod twisting))
　• Guarantee of the strength of the robot (maximum allowable stress)
　• Vibratrion of a robot  (mechanical mechanics (free vibration))
　• Technology to improve the ride quality of robots (mechanical mechanics (forced vibration))
　• Network for robots active in teams　

◆ Mathematics seminar, engineering seminar (6 times for each theme)

　• Differential / Integral
　• Applied linear algebra
　• Information literacy
　• Fluid engineering (drag reduction, wind power generation, etc.)
　• Thermodynamics (energy problem)
　• Strength of materials (beam and membrane shape and their strength)

◆ Lecture example (about 2 hours)

　• Functional design by biomimetics
　• Practice method based on physics that becomes stronger in sports
　• To analize sports physically (search for a winning method)
　• Solving method of aerodynamic noise problem
　• To secure future energy

◆ Emergency response

　• A product complaint came from a user
　• A defect on the production line
　• Unexpected defective products
　• Consultation on issues that need to be addressed immediately
　• 日Necessity to deal with things that happen suddenly
　• Clear up the problem that was put off
　• Requirements of a technical hint
　• Consultation of concerns