Osaka University Engineering Graduate Programs

Osaka University: Japan’s Research Powerhouse

Osaka University stands as one of Japan’s most prestigious national universities and a global leader in engineering research. The Graduate School of Engineering offers a remarkable opportunity for international students through six master’s programs conducted entirely in English — combining the world-class research infrastructure of a major Japanese national university with the accessibility of English-language instruction, supervision, and examination.

What distinguishes Osaka University’s engineering graduate programs from many Western counterparts is their fundamentally research-oriented structure. Rather than following a predominantly coursework model, each program centres on “Special Research” — an extended research project conducted under the supervision of a dedicated faculty member throughout the master’s program. This apprenticeship-style education produces graduates who are not merely consumers of knowledge but active contributors to the frontiers of engineering science. The approach mirrors the research-intensive model found at institutions like KAUST, where graduate education is deeply embedded in cutting-edge research.

Located in Suita, Osaka — Japan’s second-largest metropolitan area — the university benefits from proximity to both a thriving industrial ecosystem and one of Japan’s most vibrant cultural centres. With tuition of approximately 535,800 JPY per year (about USD 3,600), Osaka University offers one of the most affordable pathways to a world-class engineering master’s degree, further enhanced by MEXT (Japanese government) scholarship opportunities that can cover tuition and living expenses entirely.

The Six English-Taught Master’s Programs

The Graduate School of Engineering offers six distinct English-taught master’s programs, each aligned with a specific division within the school. All programs award the Master of Engineering degree and require a minimum of 30 credits, completion of Special Research, and successful defence of a master’s thesis.

Biotechnology Global Human Resource Development Program

The Biotechnology program is unique among Osaka University’s English-taught offerings in having the largest dedicated intake (10 students) and the most structured curriculum. Designed to harness biotechnology for Japanese industries and academia, the program combines advanced courses in biotechnology, life science, and biochemistry with a distinctive Project-based Training Course where students conduct short-term research in a laboratory different from their own — deliberately fostering the interdisciplinary thinking that breakthrough biotechnology innovation requires.

Students conduct their Special Research in one of nine specialised laboratories covering bioenvironmental science, bioprocess systems engineering, macromolecular biotechnology, biochemical engineering, functional microbe technology, molecular microbiology, protein crystallography, and global food and agricultural technology. The program requires Japanese language improvement alongside scientific training, reflecting the reality that graduates working in Japanese industry will benefit from bilingual capability. Upon completing the master’s, students can continue to a doctoral program conducted in English.

Applied and Engineering Physics: Nano-Materials and Beyond

The International Priority Graduate Program on Applied and Engineering Physics focuses on fundamental knowledge and cutting-edge research in nanotechnology, photon technology, and biomedical engineering. Students use the fundamental principles of physics to elucidate and control material properties at the electronic and atomic level — a capability that Osaka University describes as world-class and unique to the institution.

The program’s learning outcomes emphasise three dimensions: developing advanced expertise in applied physics, gaining fundamental understanding of materials for science and technology applications, and establishing international networks in the field. Specialized, international, and advanced educational subjects are offered in each research field. The program accepts a limited number of students, and applicants must contact prospective supervisors early to discuss research plans. This research-first approach is comparable to programs at leading technical universities like ETH Zurich.

International Program of Mechanical Engineering

The Mechanical Engineering program educates scientists and engineers with foundational knowledge and state-of-the-art research skills across four core areas: Complex Mechanics, Thermo and Fluid Dynamics, Design and Integration, and Control and Intelligence. The first year establishes the fundamental basis through coursework, while the second year focuses on research under supervision in the Division of Mechanical Engineering.

This program is distinctive in its explicit encouragement for master’s students to proceed to the doctoral program, reflecting the Japanese academic culture’s emphasis on deep research training. The Master of Engineering requires minimum 30 credits and a successful thesis defence, while the Doctor of Philosophy in Engineering (for those who continue) requires 4 credits and a doctoral dissertation. All instruction, supervision, and research are conducted in English. Similar to mechanical engineering programs at TU Delft, the program balances theoretical fundamentals with applied research.

International Program of Materials and Manufacturing Science

The Materials and Manufacturing Science program covers the complete engineering flow from fundamental material properties through development of new structural and functional materials to advanced manufacturing systems. During the first two semesters, more than 60 professors deliver approximately 20 core courses covering physical and chemical properties, material processing, recycling, and manufacturing system design. The second year pivots to intensive individual research under a dedicated supervisor.

Students may optionally enrol in the Minor program “Quantum Engineering Design Course (QEDC)”, adding a cutting-edge quantum technology dimension to their materials science expertise. The supervisor is assigned before or at the beginning of the first semester from professors or associate professors in the Division of Materials and Manufacturing Science. Doctoral continuation in English is available upon completion.

Electrical, Electronic and Infocommunications Engineering

The Global Science and Engineering Course on Electrical Engineering covers electronics, ubiquitous networking, nanotechnology, and electric power and energy — focused on building a safe, secure, sustainable, and human-friendly world. In the first two semesters, over 40 professors deliver 20 intensive courses across Electrical Engineering, Information and Communications Technology, and Quantum Information Electronics.

Students choose between two specialisation tracks:

• System-based science and engineering: Combining Electrical Engineering with Information and Communication Technology — covering dynamical systems theory, sensing systems, computer networking, and energy systems
• Physics-based science and engineering: Combining Electrical Engineering with Quantum Information Electronics — covering surface diagnostics, optoelectronics, semiconductor physics, and integrated circuit design

The second year is entirely dedicated to creative scientific research — described by the program as the most important element of the master’s experience. Students choose their research director with faculty guidance and receive minimal formal course requirements, with advisors tailoring requirements to each student’s research field. Important: this program conducts only the Summer Exam.

Sustainable Energy and Environmental Engineering

The International Program of Sustainable Energy and Environmental Engineering addresses the sustainability of global and local environment, energy, and resource systems. Coursework is delivered by faculty from the Division of Sustainable Energy and Environmental Engineering alongside guest lecturers, with supervisors tailoring coursework to each student’s specific research field.

Like the Electrical Engineering program, this program conducts only the Summer Exam (no Winter Exam). Doctoral continuation in English is available. The program’s focus on sustainability engineering complements global programs at institutions like Qatar University that address similar energy and environmental challenges.

Admission Requirements and Application Process

Admission to Osaka University’s English-taught engineering programs follows a distinctive process that reflects the research-oriented nature of Japanese graduate education. The most critical step — and one that must be completed before submitting any application — is identifying and contacting a prospective supervisor.

The Supervisor-First Requirement

Every applicant must consult with a suitable supervisor and obtain their permission to apply before starting the application process. The prospective supervisor’s name must be specified in the application form. The lab directory on the university website lists all available supervisors and their research areas. This requirement reflects the apprenticeship model of Japanese graduate education — the supervisor-student relationship is the foundation of the entire educational experience.

Academic Requirements

Applicants must have graduated (or expect to graduate) from a university with a bachelor’s degree or equivalent from a foreign educational institution with a study period of at least 3 years. English proficiency must be demonstrated through TOEFL, TOEIC, IELTS, or CPE scores. Native English speakers and graduates of English-medium programs may be exempt from English testing.

Application Timeline

Note: The Electrical Engineering and Sustainable Energy programs do NOT conduct the Winter Exam.

Required Documents

The application requires: completed application form with photograph, statement of purpose with research proposal, certificate of graduation/expected graduation, official transcripts, English proficiency certificate, letter of recommendation, passport copy, and abstract of graduation thesis. The application fee is 30,000 JPY (exempt for MEXT scholarship students). All documents must be in English, with certified translations required for documents in other languages.

Selection Process

For applicants not residing in Japan, selection is primarily by review of application materials and documents, though interviews and academic examinations may be conducted if necessary. For applicants residing in Japan, interviews and/or academic examinations are conducted at the university. Materials must be submitted by post or in person to the Graduate School of Engineering in Suita, Osaka.

Tuition and Scholarships

Osaka University’s annual tuition of approximately 535,800 JPY (about USD 3,600) makes it one of the most affordable top-ranked engineering programs globally. The Japanese government’s MEXT scholarship offers full funding including tuition waiver, monthly stipend, and travel expenses for qualified international students — representing an extraordinary opportunity for students seeking world-class research training without financial burden.

Frequently Asked Questions