
Akita , Japan

Akita , Japan

Cost Of Living

Undergraduate Fees International Students

Post Graduate Fees International Students

The key strengths of Akita Prefectural University lie in its strong specialization, practical learning approach, and focus on sustainability and regional impact. One of its major USPs is its specialized academic structure, as the university concentrates on two core faculties Systems Science and Technology and Bioresource Sciences allowing students to gain deep expertise in engineering, environmental science, and agriculture rather than a broad general curriculum. Another defining feature is its emphasis on practical, research-oriented education, where students engage in hands-on learning through laboratories, fieldwork (especially at the Ogata agricultural campus), and real-world problem-solving projects. The university actively encourages students to develop problem-identification and problem-solving skills, preparing them to tackle modern technological and environmental challenges. The university is also known for its small-group teaching methodology, which ensures personalized attention, close interaction with faculty, and better academic outcomes. This approach enhances critical thinking, communication skills, and independent learning abilities among students.
The infrastructure at Akita Prefectural University is modern, specialized, and strongly oriented toward practical and research-based learning, spread across multiple campuses in Akita Prefecture. The university features advanced academic buildings, lecture halls, and well-equipped laboratories designed to support its core disciplines of engineering, systems science, and bioresource sciences. In particular, the Systems Science and Technology facilities include specialized spaces such as processing engineering workshops, material testing laboratories, environmental engineering labs, air-conditioning test chambers, and clean rooms, enabling students to engage in large-scale experiments and applied research. The university also provides creative and interdisciplinary research spaces, where students work on innovative projects such as robotics, solar-powered systems, and virtual reality, encouraging hands-on “learning by doing” and collaboration across departments. In addition, the bioresource and agriculture-focused campuses (like Ogata) offer expansive field-based infrastructure for practical training in farming, environmental science, and agribusiness, giving students real-world exposure. A unique component of its infrastructure is the Noshiro Advanced Wood Processing Institute, which supports cutting-edge research in sustainable materials and wood engineering, aligning with regional resources and environmental goals. Across campuses, students also have access to essential facilities such as libraries, IT systems, student spaces, cafeterias, and sports amenities, ensuring a well-rounded academic environment.
Student life at Akita Prefectural University is a balanced blend of academics, practical learning, and community engagement, shaped by its peaceful natural surroundings and research-focused environment. Students experience a hands-on academic culture, spending significant time in laboratories, workshops, and fieldwork especially in engineering and agricultural programs where collaboration and project-based learning are central to daily life. Beyond academics, the university offers a variety of clubs and extracurricular activities, including sports teams, cultural groups, and hobby circles, allowing students to pursue personal interests, build friendships, and develop teamwork skills. Events such as campus festivals, seasonal celebrations, and student-organized activities add vibrancy to campus life and encourage interaction among students from different backgrounds. The location in Akita provides a unique lifestyle, where students enjoy seasonal experiences like cherry blossoms in spring and snow activities in winter, creating a calm yet enriching environment compared to large urban campuses. The close-knit campus community further enhances student life, as smaller class sizes and shared academic spaces foster strong connections between students and faculty.


Campus recruitment at Akita Prefectural University is supported through a structured career guidance system that focuses on preparing students for both employment and higher studies. The university provides career education from early years, helping students understand industry expectations, explore career paths, and build professional skills gradually. Similar to many Japanese public universities, dedicated career support services offer individual counseling, resume and entry sheet guidance, and interview preparation, ensuring students are well-prepared for Japan’s competitive job-hunting process. Students also benefit from on-campus company seminars, recruitment briefings, and industry interaction sessions, where employers visit the campus to introduce job opportunities and identify potential candidates. These events play a key role in connecting students with companies, especially in fields like engineering, environmental science, and agriculture, which align with the university’s academic strengths.
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Undergraduate admission requirements for international students at Akita Prefectural University follow the general framework used by Japanese public universities, with specific criteria depending on the faculty and program.
Applicants are typically required to have completed at least 12 years of formal education (equivalent to high school graduation) from a recognized institution. In most cases, students must demonstrate adequate academic performance in relevant subjects aligned with their chosen field of study.
A key requirement is performance in the Examination for Japanese University Admission for International Students (EJU), which assesses subjects such as Japanese language, science, and mathematics depending on the program. Many programs especially those taught in Japanese also require proof of Japanese language proficiency (commonly JLPT N2 or above) to ensure students can follow lectures and coursework.
Applicants must submit a set of official documents, including academic transcripts, graduation certificates, passport copy, and a statement of purpose, along with proof of financial support. Some faculties may also require entrance examinations and/or interviews, where candidates are evaluated on academic ability, motivation, and suitability for the program.
Additionally, selection is often holistic, considering academic records, EJU scores, and interview performance. Since most undergraduate programs at Akita Prefectural University are taught in Japanese, international applicants are generally expected to have strong language skills unless applying through a special program (if available).
Know moreCampus recruitment at Akita Prefectural University is supported through a structured career guidance system that focuses on preparing students for both employment and higher studies. The university provides career education from early years, helping students understand industry expectations, explore career paths, and build professional skills gradually. Similar to many Japanese public universities, dedicated career support services offer individual counseling, resume and entry sheet guidance, and interview preparation, ensuring students are well-prepared for Japan’s competitive job-hunting process. Students also benefit from on-campus company seminars, recruitment briefings, and industry interaction sessions, where employers visit the campus to introduce job opportunities and identify potential candidates. These events play a key role in connecting students with companies, especially in fields like engineering, environmental science, and agriculture, which align with the university’s academic strengths.



Akita Prefectural University has achieved recognition primarily through academic development, research output, and faculty/student accomplishments rather than widely publicized institutional awards. Since its establishment in 1999, the university has marked several milestones, including the establishment of its Graduate School of Systems Science and Technology in 2002 and the Graduate School of Bioresource Sciences in 2003, strengthening its academic and research capabilities.
In 2006, the university transitioned into a Public University Corporation, an important institutional achievement that enhanced its administrative autonomy and research development. It celebrated its 10th anniversary in 2009 and 20th anniversary in 2019, reflecting steady growth and contribution to regional education and innovation.
On the research front, faculty and students have received multiple recognitions from professional bodies. For example, in 2015, researchers earned the Excellent Lecture Award from the Japan Society of Magnetic Fluid Research, while in 2014–2015, students received prestigious honors such as the Miura Award from the Japan Society of Mechanical Engineers. Earlier, in 2009, faculty research was recognized with the Excellent Paper Award from the Japanese Society for Experimental Mechanics, highlighting the university’s contributions to engineering research.
More recently, the university has demonstrated consistent academic impact, ranking among the top 50% globally across multiple research fields (2025) and producing thousands of publications and citations in engineering and science disciplines. Additionally, specialized research outputs such as robotics innovations and engineering studies published in international journals in 2023 reflect ongoing academic excellence and global engagement.


Ranked among the top 50% globally in multiple scientific disciplines, reflecting consistent research output and academic influence.
Researchers received the Excellent Lecture Award from the Japan Society of Magnetic Fluid Research for notable scientific contributions.
Students earned the prestigious Miura Award from the Japan Society of Mechanical Engineers, recognizing outstanding academic performance.
Celebration of the 10th anniversary, reflecting early growth and regional impact in education and research.
Faculty received the Excellent Paper Award from the Japanese Society for Experimental Mechanics for contributions to engineering research.
Research and innovation at Akita Prefectural University are strongly focused on sustainability, renewable energy, and advanced engineering, with several impactful developments over the years. Between 2012 and 2016, the university conducted research on regional renewable energy management systems, exploring how communities can effectively integrate wind power into local economies. In 2021, a major study demonstrated the feasibility of achieving a 100% renewable energy system for Akita Prefecture, combining wind energy, battery storage, and hydrogen technologies to enable decarbonization while reducing electricity costs. This was followed in 2022 by research on integrating biomass energy into renewable systems to enhance stability and efficiency. From 2021 to 2023, further work on offshore wind power and hydrogen utilization supported the development of large-scale carbon-neutral energy models. In the field of engineering, a high-power Halbach motor prototype (2022) was developed for potential aircraft propulsion applications, reflecting advancements in electrification technologies. More recently, under the COI-NEXT program (2025), the university contributed to the creation of “Akita Mokumaru,” a compact electric vehicle made from wood-fiber composites derived from local cedar, showcasing innovation in sustainable materials and mobility. Overall, Akita Prefectural University’s research highlights a consistent commitment to environmental sustainability, regional innovation, and cutting-edge technological development.
More recently, under the COI-NEXT innovation program (2025), the university contributed to the development of “Akita Mokumaru,” a compact electric vehicle made from wood-fiber composite materials derived from local cedar, combining sustainable materials with mobility innovation and showcasing real-world application of research.
Another key initiative is the 2023 offshore wind and decarbonization research project, which focused on large-scale offshore wind power adoption, energy storage solutions, and hydrogen utilization to create region-wide carbon-neutral systems while also evaluating economic and policy impacts.
Building on this, a 2022 research project on biomass energy integration examined how adding biomass power to renewable systems could improve energy stability and reduce storage needs, further enhancing efficiency and lowering overall energy costs.
One significant contribution is the 2012–2016 research project on regional renewable energy management systems, which explored how local communities can effectively adopt and benefit from renewable energy, particularly wind power, while supporting regional development.

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