Curriculum

In the Master’s Program, students must have gained 30 credits and handed in a Master’s dissertation under the supervision of their academic supervisor in order to be eligible for completion. Students are required to enroll in Common Subjects, Major Subjects and Research Subjects, and are to meet the following conditions:

  • 1. Not less than 4 credits from Common Subjects must be acquired.
  • 2. Not less than 10 credits from Major Subjects must be acquired.
  • 3. 16 credits from Research Subjects must be acquired.
Category Compulsory/Elective Number of Credits
Required for Completion
Common Subject Elective 4 credits (2 credits each)
Major Subject Elective 10 credits (2 credits each)
Research Subject Compulsory 16 credits (4 credits each)
Total Required 30 credits
All Students
  • Presentation in Science and Engineering
  • Advanced Intellectual Property
  • Advanced Technology Management
  • Mathematical Statistics
  • Field Work
  • Study Abroad
  • Special Topics (Common Subjects)
  • Technical Japanese 1
  • Technical Japanese 2
  • Applied Technical Japanese 1
  • Applied Technical Japanese 2
Major in Advanced Mathematics and physics - Mathematics Course -
  • Advanced Topics in Mathematical Writing
  • Advanced Topics in Mathematical Science 5
  • Advanced Topics in Mathematical Science 6
  • Advanced Topics in Mathematical Science 7
  • Advanced Topics in Mathematical Science 8
  • Special Lectures
  • Individual Research 1
  • Individual Research 2
  • Individual Research 3
  • Individual Research 4
Major in Advanced Electrical, Electronic and Computer Systems
Major Subjects
  • Advanced Mathematics
  • Advanced Topics in LSI Circuit Design
  • Advanced Topics in LSI Design Automation
  • Advanced Topics in Circuit Theory
  • Advanced Topics in Image Input/Output Devices
  • Advanced Topics in Computer Architecture
  • Special Lecture on Measurement Theory
  • Advanced Topics in Photonic and Electronic Devices
  • Advanced Topics in Control Engineering
  • Advanced Topics in Power System
  • Advanced Topics in Quantum Electronics
  • Advanced Topics in Artificial Intelligence
  • Advanced Topics in Optics and Lasers
  • Advanced Topics in Cryptographic and Security Applications
  • Advanced Topics in Energy Management
  • Special Lectures
Research Subjects
  • Individual Research 1
  • Individual Research 2
  • Individual Research 3
  • Individual Research 4
Major in Advanced Mechanical Engineering and Robotics
  • Analytical Mechanics
  • Advanced Theory of Solid Mechanics
  • Advanced Topics in Process Engineering
  • Advanced Course of Thermal Engineering
  • Advanced Bioengineering
  • Micromachining
  • Advanced Course of Micro Electro Mechanical System
  • Advanced Topics in Robot Control
  • Advanced Topics in Robot Mechanism
  • Special Lectures
  • Individual Research 1
  • Individual Research 2
  • Individual Research 3
  • Individual Research 4
Major in Advanced Architectural, Environmental and Civil Engineering
  • Applied Vector Analysis
  • Environmental Engineering and Technology
  • Environmental Systems
  • Environmental Management and Policy
  • Advanced Course in Architectural Environment
  • Advanced Course in Transportation Systems
  • Advanced Hydraulics
  • Advanced Topics in Urban Design
  • Protection of Cultural Heritage from Disasters
  • Special Lectures
  • Individual Research 1
  • Individual Research 2
  • Individual Research 3
  • Individual Research 4

In the Doctoral Program, students must have gained 8 credits from Research Subjects and handed in a Doctoral dissertation under the supervision of their academic supervisor in order to be eligible for completion. Students must register for Research Subjects every semester. Conferment of doctoral degree shall be determined comprehensively if submitted dissertation possesses originality, academic or practical applicable value and high-level of completion, and also applicant possesses technical research ability which is required for researcher of applicant’s major field or high-grade engineer, abundant scholarship for those foundation and high morality on academic research.

Major in Advanced Mathematics and Physics - Mathematics Course -
  • Research Presentation in English
  • Engineering Practicum Internship 1
  • Engineering Practicum Internship 2
  • Individual Research 1
  • Individual Research 2
  • Individual Research 3
  • Individual Research 4
  • Individual Research 5
  • Individual Research 6
Major in Advanced Mathematics and Physics - Physics Course -
  • Research Presentation in English
  • Engineering Practicum Internship 1
  • Engineering Practicum Internship 2
  • Individual Research 1
  • Individual Research 2
  • Individual Research 3
  • Individual Research 4
  • Individual Research 5
  • Individual Research 6
Major in Advanced Electrical, Electronic and Computer Systems
  • Research Presentation in English
  • Engineering Practicum Internship 1
  • Engineering Practicum Internship 2
  • Individual Research 1
  • Individual Research 2
  • Individual Research 3
  • Individual Research 4
  • Individual Research 5
  • Individual Research 6
Major in Advanced Mechanical Engineering and Robotics
  • Research Presentation in English
  • Engineering Practicum Internship 1
  • Engineering Practicum Internship 2
  • Individual Research 1
  • Individual Research 2
  • Individual Research 3
  • Individual Research 4
  • Individual Research 5
  • Individual Research 6
Major in Advanced Architectural, Environmental and Civil Engineering
  • Research Presentation in English
  • Engineering Practicum Internship 1
  • Engineering Practicum Internship 2
  • Individual Research 1
  • Individual Research 2
  • Individual Research 3
  • Individual Research 4
  • Individual Research 5
  • Individual Research 6