Education

Mechanical Engineering
Graduate MajorCurriculum

A curriculum that
develops globally successful researchers

The Graduate Major in Mechanical Engineering curriculum is designed to allow students to learn according to their levels and achievements. Related courses are grouped into categories, enabling students to systematically acquire specialized knowledge.

    • Tokyo Tech
    • Other Universities,
      Technical Colleges,
      etc.

  2. Entrance
    Examination

     
    Applicants must pass an entrance examination to advance from an undergraduate major to a master's program.

  3. Master's Program
    (2 Years)*1

    400-Level and 500-Level Courses

    Using the basic knowledge of mechanical engineering and related fields acquired in the Undergraduate Program as a foundation, advanced knowledge of areas such as mechanics of materials; thermodynamics and fluid mechanics; dynamics of machinery; control, robotics, and mechatronics; precision engineering; processing, production, and materials; and space engineering, as well as other fields related to mechanical engineering are selected and gained. In addition, through the Research Seminars and master's thesis research, students build on the problem-solving methods learned from the Research-Related Courses in the Undergraduate Program. By conducting their own research, they learn to become capable mechanical engineers who have their own areas of expertise.

    • Mechanics of Materials
      Based on the fundamental knowledge of mechanics of materials, the theory of elasto-plasticity, and mechanical properties of structural materials acquired in the Undergraduate Program, advanced knowledge of fields related to material deformation and fracture is acquired. In particular, fracture mechanics necessary for structural integrity assessment; strength design of composite materials and high-temperature materials; deformation and vibration fractures due to impact; and the relationship between product safety and user peace of mind are learned.
    • Thermal Engineering
      Based on the contents learned in the Bachelor's Program, specialist knowledge useful at research level along with examples of applications are studied. More precisely, knowledge related to thermodynamics of non-equilibrium systems and properties of solid materials is deepened, and by studying methods to model and measure thermal-hydraulic phenomena, the essence of transport phenomena can be understood and its applications can be learned.
    • Fluid Mechanics
      To develop ability to apply advanced technical knowledge, courses related to visualization and measurement techniques, numerical methods, theories related to airfoils and propulsion, and plasma physics and rarefied gas dynamics are studied. Furthermore, by taking courses offered by our department's Graduate Major in Energy Science and Engineering, a deeper understand of this field can be acquired in addition to developing thinking power and ability to apply knowledge of fields related to fluid mechanics.
    • Dynamics of Machinery
      In order to enable students to gain a broad and advanced understanding of everything from the basics to applications of complex vibration phenomena, specialized courses that cover various vibration phenomena are taught.
    • Robotics and Mechatronics
      Building on the knowledge acquired in the Undergraduate Program, techniques used for the design and control of robots with more complex and practical systems are learned. In particular, while keeping the nonlinearity of robots and making of large-scale systems in mind, design methods and control methods based on physics and mathematics are studied.
    • Bioengineering
      When machine systems that have a high affinity with humans, or products based on new concepts are being developed, it is important to give due consideration to the affects it will have on all living things. In order to meet this requirement, numerous courses related to living organisms are provided. A broad range of topics related to and various ways of thinking about the structure and characteristics of living organisms, sensory organs and brain functions, and analysis and integration of machines and living organisms are studied.
    • Precision Engineering
      Basics of mechanical measurements requiring nanometer and sub-nanometer accuracy and ultra-precision mechanical systems that realize motion control are learned, and the latest achievements in the field are studied. In addition, design, manufacturing techniques, and applications of micromechanical systems such as MEMS and NEMS based on semiconductor processing, and micromachines based on machine processing are studied.
    • Engineering Materials, Manufacturing Technology, and Production Engineering
      In these courses, the various processing methods used in industry are categorized into three types (machining process, plastic forming process, and joining process) according to the manufacturing technology and are studied. In addition, high-precision machining technology, which is at the center of cutting-edge manufacturing technologies, and the Taguchi method, which is used internationally for improving productivity and quality, are studied.
    • Space Engineering
      In order to gain a wide understanding, from the basics to the applications, of space systems engineering, and to develop the ability to flexibly utilize this, advanced spacecraft system design methods and practices, handling methods of multibody systems such as flexible systems and robots in outer space environments, and various specialized topics related to space development are studied.
    • Off-Campus Training Courses
      By giving students the chance to go outside the university and make practical use of their mechanical engineering knowledge and skills acquired through courses, they hone their abilities to discover problems and find solutions as well as develop their ability to have a clearer picture of their future. Two types of Off-Campus Training Courses are offered. Off-Campus Projects are courses that are based on internships mainly in Japan, and Overseas Research Projects are courses that involve research activities at overseas universities and research institutes.

    *1 Indicates the standard model where the master's program is completed in two years.

    1. Completion

    2. Advancement
      Assessment
      Applicants must pass an advancement
      assessment to advance from a master's program to a doctoral program.

    1. Other Universities'
      Graduates and Working Adults

    2. Entrance
      Examination
      Applicants must pass an entrance
      assessment to advance from another university to a doctoral program.

  5. Doctoral Program
    (3 Years)*2

    600-Level Courses

    In the Doctoral Program, students build on the knowledge, application skills, and problem-solving methods of mechanical engineering and related fields they have acquired up until now through the Research Seminars and doctoral thesis research. They study cases of the latest specialized research and technology developments for mechanical engineering and related fields, and students are directly involved in research and technology development conducted at research institutes and companies in Japan and overseas. These activities foster students who become independent specialists who lead research and technology development in mechanical engineering and related fields.

    • Special Lectures in Mechanical Engineering
      In the Doctoral Program, knowledge of not only one's own specialized field but also of general mechanical engineering and related fields need to be studied. These lectures are opportune for students who need to widen their scope of knowledge on the latest research findings and advanced technologies as leading researchers and engineers.
    • Off-Campus Training Courses
      By giving students the chance to go outside the university and make practical use of their mechanical engineering knowledge and skills acquired through courses, they hone their abilities to discover problems and find solutions as well as develop their ability to have a clearer picture of their future. Two types of Off-Campus Training Courses are offered. Off-Campus Projects are courses that are based on internships mainly in Japan, and Overseas Research Projects are courses that involve research activities at overseas universities and research institutes.
    • Special Experiments and Research Training in Mechanical Engineering (Working Adults Only)
      Students enrolled in the Doctoral Program for Working Adults can have their activities (exercises, experiments, and training) at their companies considered as part of their study achievements for the Doctoral Program.

    *2Indicates the standard model where the Doctoral Program is completed in three years.

  6. Completion

Page Top

CLOSE

CLOSE