Kogakuin University

About Kogakuin University

Kogakuin University traces its institutional history to Koshu Gakko, established in Tokyo in 1887 to educate technical professionals. The institution adopted the Kogakuin name in 1928 and was certified as a university under Japan’s new higher-education system in 1949. It later opened the Hachioji Campus in 1963, established its engineering master’s program in 1964 and doctoral program in 1966, and expanded into informatics, architecture, and advanced engineering. Today, the university has four undergraduate schools: Advanced Engineering, Engineering, Architecture, and Informatics. Graduate provision is organized through the Graduate School of Engineering. This is a concentrated science-and-technology institution rather than a broad comprehensive university; applicants looking for humanities, social-science, business, or medical degrees should therefore examine the program list carefully. The two-campus arrangement shapes the undergraduate experience. The university states that first- and second-year students generally take in-person classes at Hachioji, third-year students generally study at Shinjuku, and fourth-year location depends mainly on the assigned research laboratory. Hachioji provides extensive teaching, research, and project facilities, while Shinjuku places students in a major business and transport district. The university’s stated educational approach connects advanced scholarship with society and industry, reflected in laboratory research, practical facilities, student engineering projects, and employment support. Prospective students should also plan for a Japanese-language academic environment rather than assume that the English-language website indicates an English-taught degree.

Kogakuin University uses multiple admissions routes rather than a single universal process. For 2027 undergraduate entry, the official admissions site lists general examinations, Common Test-based routes, recommendation and comprehensive-selection routes, special selections, and a separate foreign-student selection. Applications are submitted online, although supporting documents still have to be mailed. Deadlines differ by route, so applicants should use the final 2027 guide rather than the page labeled as the previous year’s reference material. The 2027 foreign-student undergraduate selection is intended for applicants of non-Japanese nationality who have completed, or expect to complete by March 2027, a 12-year school curriculum abroad and meet the other stated conditions. Applicants must already reside in Japan and have taken the Examination for Japanese University Admission for International Students. For 2027, the university requires at least 300 points across the Japanese reading, listening, and listening-reading components and at least 120 in Mathematics Course 2. These are route-specific requirements and should not be applied to domestic applicants or graduate applicants. Graduate admissions are handled separately. The university publishes active schedules for April 2027 entry and, for some routes, October 2026 entry. International master’s applicants for April 2027 must meet the academic eligibility rules, possess Japanese ability around JLPT N2 level or sufficient English ability, secure the required student residence status, and consult a prospective supervisor before applying. Doctoral applicants ordinarily need a master’s degree or an officially accepted equivalent. Requirements, examination methods, and dates vary by program and admissions category.

Undergraduate study is organized into the School of Advanced Engineering, School of Engineering, School of Architecture, and School of Informatics. The current admissions site lists fields including bioscience and chemistry, applied physics, mechanical engineering, electrical and electronic engineering, architecture and urban design, communications engineering, computer science, information design, and information science. Some schools also offer broader entry structures before later specialization. Applicants should consult the relevant 2027 admissions guide because availability and entry routes can differ by school and department. At graduate level, the Graduate School of Engineering lists programs in mechanical engineering, applied chemistry and chemical engineering, electrical engineering and electronics, informatics, and architecture. Master’s programs are generally two years and doctoral programs three years. The university notes that admissions to the former Systems Design Program stopped from the 2024 intake, so older brochures should not be used as evidence that it remains open. The academic model combines disciplinary foundations with laboratory work, design, experimentation, and research. Graduate students are expected to work within a defined research area, and international master’s applicants must obtain approval following prior consultation with a prospective supervisor before applying. Doctoral education includes dissertation research, peer-reviewed publication, presentations, and other academic activity. Academic support is available through a learning-support center covering mathematics, physics, chemistry, and English. This may be useful for students moving from secondary-school fundamentals into demanding engineering coursework. However, the database correctly identifies Japanese as the primary language of instruction; applicants needing an English-medium degree should verify the language of every required course directly rather than relying on the availability of some classes in English.

Key Highlights

• Founded as Koshu Gakko in 1887 and certified as Kogakuin University in 1949
• Private university accredited through Japan’s recognized university-accreditation system
• Four undergraduate schools and a Graduate School of Engineering
• Two Tokyo campuses in Shinjuku and Hachioji

Student Life & Environment

Student life is distributed across two campuses with different characters. Hachioji is the larger, more spacious site and contains substantial experimental and research facilities, classrooms, a student center, dining facilities, learning spaces, and workshops. Shinjuku is a high-rise urban campus near one of Tokyo’s principal transport hubs, with flexible study and exhibition areas. Because students generally move from Hachioji in the first two years to Shinjuku in the third, the daily setting and commute can change during the degree. The university supports technical student projects that allow students to apply classroom knowledge collaboratively. Its English-language student-activities page specifically identifies the Kogakuin Solar Team, Robot Project, and Birdman Project. These activities are particularly relevant to students who want design, fabrication, testing, and team experience beyond formal courses. Sports and cultural participation is also available through clubs, with archery and soccer among the examples presented by the university. Learning and welfare facilities include the Hachioji learning commons, library services, group-study areas, a fabrication workshop used by engineering projects, student consultation facilities, and health-support space. The university also provides apartment-search information for students living away from home, but its housing page describes referral and rental support rather than guaranteeing a university residence. Students should budget independently for accommodation and confirm contract conditions, commuting time, and which campus they will use in each year.

Location & Surroundings

Kogakuin University operates in western and central Tokyo. The Shinjuku Campus is at 1-24-2 Nishi-Shinjuku, about five minutes on foot from the west exit of Shinjuku Station and about three minutes from Tochomae Station. This location places students near major rail and subway connections, offices, shops, and cultural amenities. The campus itself is a high-rise building connected to the underground pedestrian network. The Hachioji Campus is at 2665-1 Nakano, Hachioji. It is reached by bus from Hachioji, Keio-Hachioji, or Haijima stations; the university gives typical bus journeys of roughly 15 to 25 minutes depending on the station and service. Compared with Shinjuku, Hachioji offers more space for laboratories, workshops, sports, and large-scale project activity. This split offers access to both central Tokyo and a more expansive suburban campus, but it also creates practical tradeoffs. Students should compare housing locations against the expected campus pattern: first- and second-year teaching is generally at Hachioji, third-year teaching generally at Shinjuku, and fourth-year attendance depends on the research laboratory. A home convenient for one campus may produce a long journey to the other.

Costs & Career Outcomes

For students entering in 2027, the official fee page lists first-year undergraduate totals of JPY 1,826,160 for Advanced Engineering and JPY 1,806,160 for Engineering, Architecture, and Informatics. These totals include a JPY 200,000 admission fee and listed miscellaneous charges. Later annual totals differ by year and school, so students should build a multi-year budget from the official table rather than multiplying the first-year figure. Living costs, housing, commuting, equipment, and personal expenses are additional and were not quantified in the reviewed official sources. For 2027 graduate entrants, the published first-year total is JPY 1,320,430 for a master’s program and JPY 1,229,620 for a doctoral program, each including the JPY 200,000 admission fee. The university lists internal merit and need-related awards, graduate tuition reductions, a doctoral research incentive, and Japan Student Services Organization aid. Eligibility is scheme-specific, and applicants should not assume that an award is automatic or open to every international student. Career support is provided on both campuses through the Employment and Career Support Center. Services include individual consultations, employment information, seminars, opportunities for interaction with companies, and booths for online recruitment activity. The university publishes 2025 destination examples across mechanical, chemical, electrical, information, and architecture-related fields, showing employment across manufacturing, technology, infrastructure, construction, transport, and related sectors. These are examples of employers, not guarantees of placement or earnings. No supported salary figure is presented here.