International Admission Program in Resilience Engineering — Systems Innovation Course

2 years English open

3-stage learning journey

2 years · English

Year 1 Students enrol in October 2027, join a laboratory under their supervisor and take the taught component of the programme. The department's curriculum has three strands available from the start: advanced and beyond-disciplinary lectures in the key areas of systems innovation studies; fundamental science lectures in the student's own engineering domain, chosen and studied "of their own initiative"; and applied exercises. Lectures for the Resilience Engineering programme are given collaboratively by faculty from the Department of Systems Innovation, the Department of Nuclear Engineering and Management and other related departments, and are delivered in English. Lectures on advanced or beyond-disciplinary knowledge in the key areas of systems innovation studies Fundamental science lectures constituting the basis of individual engineering domains, including basic lectures and exercises Systems Innovation Projects — Special Program, Core Discipline, Core Skill, Group Work, Laboratory Work Special Lecture on Systems Innovation (external lecturers) Japanese language courses (optional, not a degree requirement) Year 2 The second year is centred on laboratory research and the master's thesis, with remaining credits completed alongside. The Graduate School of Engineering states that "As students progress to higher levels, coursework decreases, and research — conducted in laboratories for their master's or doctoral theses — becomes the main focus", with "individualized guidance from academic advisors or participating in collaborative research projects". Students may also earn credit through Advanced Practice on Systems Innovation for training, research or practical work at companies, research institutes or overseas, and present outside their own laboratory through the Advance Seminar on Systems Innovation. Master's thesis research and thesis submission Advanced Practice on Systems Innovation (credit for external training, research, surveys or practical work, including overseas) Advance Seminar on Systems Innovation Remaining English-taught lectures and exercises Completion Completion of at least 30 credits and the master's thesis at the end of the standard two-year master's programme, followed by conferral of the master's degree. The Graduate School notes that "Students who demonstrate exceptional achievements may shorten their period of study." Master's thesis

Completion curriculum

The detailed course list for this stage has not been published yet.

Course domains

Resilience engineering — The programme's own field: principles and methodologies for realizing resilient sociotechnical systems, covering both response to abrupt disasters or crises and long-term adap
Networking for Artifact (department research priority 1) — "We carry out education and research in engineering for creating new values for system of systems engineering that consists of a large number
Global Circulation System (department research priority 2) — "Dealing with a global circulation system consisting of circulation of resources, energy, humans and products, information, value, services
Socioeconomic System (department research priority 3) — "Based on knowledge of human cognition, psychology and decision-making as well as knowledge of mathematics of social and economic phenomena, we
Design of Advanced Knowledge (department research priority 4) — "we pursue education and research on methodologies of systems innovation as the result of applying engineering knowledge generated at bo
Service Design (department research project) — "We pursue education and research for creating knowledge of service evaluation methods, service modeling and simulation for appropriate designing of mult
Departmental fields of application — "Fields such as social infrastructure, communications, maritime systems, natural resources, and space are not merely academic themes; they are the foundations upon

Doctoral course — The same guideline also admits to a three-year Doctoral course in the International Admission Program in Resilience Engineering, and the department lists "Doctoral course / Other gra

Careers — "The knowledge and experience gained in the Department of Systems Innovation can be applied to all fields, so graduates are expected to play an active role in various fields. The places of e

Employment statistics — [object Object]

"This program aims at educating talents who have acquired expertise on resilience engineering as well as comprehensive views to make a career in various domains. Resilience engineering requires transd

"Resilience is the intrinsic ability of a system to absorb impacts of internal or external disturbances added to the system so that it can sustain the requested functionality or can recover rapidly fr

"We at Department of Systems Innovation, based on systems science to comprehend phenomena from multilateral and panoramic viewpoints, are committed to implementing both education and research on princ

"In the Department of Systems Innovation, students are aimed at establishing basic discipline and learning sciences for systems innovation from comprehensive and field-independent perspectives."

"The education and research goals at this graduate school are to develop talented individuals who, with a basis in engineering, boldly take up the challenge of exploring unexplored fields and new tech

"(1) Strongly motivated to study in accordance with the educational research goals of the Graduate School. (2) In addition to sufficient basic knowledge in one's major field of study, possesses engine

Core learning formats

"Lectures and instructions for research are given generally in English." "We offer lectures on advanced knowledge related to the key fields that make up sciences for systems innovation, or those from
Research is carried out in a laboratory under an advisory teacher; the admission interview itself is "conducted by a group of faculty members including a preferred supervisor", so a prospective superv
A family of exercise courses: Special Program ("Students of different research fields and specialties organize a group, combine their expertise and skills, set up complex problems to be solved, and co
"Credits will be recognized according to the duration and content of student activities outside the university, such as trainings, researches, surveys, or practical works, at companies, research insti
"Advance Seminar on Systems Innovation — Students participate in research meetings other than their own laboratory, and make presentations." "Special Lecture on Systems Innovation — Lectures on the re
"Japanese language courses are optionally available." They are not a degree requirement.
Programme sources (14)