Program Overview

Overview of the Mechanical and Aerospace Engineering Program

The Mechanical and Aerospace Engineering program at Kyushu University is designed to nurture future generations of technicians and researchers in the culture of "monozukuri", or innovation and manufacturing. This field is one in which Japan has remained unsurpassed, and the program aims to provide students with a diverse knowledge of mechanical engineering, essential for the development of cutting-edge technology in areas such as ultra-precision instruments, robots, automobiles, rockets, and energy technologies.

Program Structure

The program is structured into two main parts: the first year focuses on KIKAN Education Courses, which include 52.5 credits of intensive English, integrated Japanese courses, interdisciplinary collaborative learning of social issues, and other foundational subjects. The subsequent years (2-4) are dedicated to Specialized Courses, totaling 80 credits, which delve into advanced engineering topics, mathematics, and physics.

Examples of Courses Offered

• YEAR 1 KIKAN Education Courses (52.5 credits)
  • Intensive English
  • Integrated Japanese Courses
  • Interdisciplinary Collaborative Learning of Social Issues
  • Global Issues
  • Introduction to Philosophy
  • Introduction to Law
  • Intercultural Encounters
  • Introduction to Economics
  • Primary Course of Cyber Security
  • KIKAN Education Seminar
  • Laboratory of Health and Sports Science
  • Basic Chemistry I/II
  • Introductory Biology I/II
  • Calculus I-IV
  • Fundamental Physics I-IV
  • Environmental Science I/II
  • Fundamental Cell Biology I/II
  • Linear Algebra I/II
  • Basic Laboratory Experiments in Natural Science Fundamental Physics I/II
• YEAR 2-4 Specialized Courses (80 credits)
  • Linear Algebra III/IV
  • Ordinary Differential Equation I/II
  • Advanced Engineering I/II
  • Complex Function Theory I/II
  • Engineering Mathematics I/II
  • Fourier Analysis I/II
  • Solid Mechanics I/II
  • Fluid Mechanics I(A/B)
  • Introduction to Engineering Analysis and Measurement I/II
  • Strength of Materials I/II(A/B)
  • Thermodynamics I/II
  • Mechanics I/II
  • Dynamics of Machinery I/II
  • System Control I/II(A/B)
  • Heat Transfer I/II
  • Mechanical and Aerospace Engineering Experiment I/II
  • Aerospace Engineering I/II(A/B)
  • Machine Design I/II
  • Manufacturing Process I/II
  • Graduation Research

Research Areas

From Year 4, students can engage in various research areas, including:

• Thermal Fluid: Fluids Engineering Science, Thermal Energy Conversion, Bio-medical Fluid Engineering, Fuel Cell System, Thermofluid Physics, Hydrogen Storage Systems, Hydrogen Production Process, Hydrogen Utilization Processes
• Machine Design and Manufacturing: Structural Dynamics, Manufacturing Process, Machine Design and Bionic Systems, Material Processing, Nano and Micro Medical Engineering
• Strength of Material: Strength of Materials, Solid Mechanics, Fatigue and Fracture of Materials
• Mechanical Systems and Control: Dynamics of Mechanical Systems, Control Engineering, System Engineering, Human Centered Robotics
• Aeronautics and Astronautic: Thermophysics and Fluid Mechanics, Aerospace Structures and Structural Dynamics, Flight Dynamics and Controls, Space System Engineering

Student Voices

Students enrolled in the Mechanical and Aerospace Engineering program have shared their positive experiences, highlighting the well-organized curriculum, excellent research laboratories, and the opportunity to engage in extensive lab research in the 4th year. They appreciate the exposure to the frontier of research, especially in areas like hydrogen energy, and the chance to be taught by accomplished professors.

Conclusion

The Mechanical and Aerospace Engineering program at Kyushu University offers a comprehensive education in mechanical engineering, providing students with the necessary skills and expertise to excel in their future careers. With its strong focus on research and innovation, this program is ideal for students passionate about mechanical and aerospace engineering, particularly those interested in cutting-edge technologies and renewable energy.