Master in e3 Human Mechanical Systems and Design

Hokkaido University, located in Sapporo, is one of Japan's leading research universities with a long tradition of academic excellence dating back to 1876. The institution enrolls roughly 18,000 students, including over 2,000 international students, and offers diverse undergraduate and graduate programs across science, engineering, agriculture, humanities and social sciences. The university is recognized for interdisciplinary research, modern facilities and a commitment to addressing global challenges through collaborative scholarship.

Academic life at Hokkaido emphasizes research-led teaching and opportunities for students to engage in laboratory work, field studies and international projects. Graduate students and undergraduates alike can join research groups, pursue internships and access language and cultural support services tailored to international learners. The campus community places value on innovation, cross-cultural exchange and practical problem solving linked to regional and global issues.

Sapporo provides a high quality of life with seasonal outdoor activities, a lively student scene and efficient transport connections to other Japanese cities. Hokkaido University supports incoming students with orientation, housing guidance and academic advising to ease the transition. For international applicants seeking strong research opportunities in a welcoming multicultural setting, Hokkaido University offers a blend of rigorous academics, supportive services and a distinctive northern campus experience.

The Master in e3 Human Mechanical Systems and Design at Hokkaido University is a 2-year program for students who want to create safe and reliable social environments. This Master's degree helps students develop skills to support people's activities, life, and health. It's taught in English and is based in Sapporo, Japan.

The curriculum covers man-machine systems, biorobotics, and micro system engineering. Students learn about systems that promote safe and reliable social environments and develop communication skills and leadership qualities. The program also covers multi-dimensional support for people's activities and health.

Graduates can become Robotics Engineers, Mechanical Engineers, or Mechatronics Engineers. They can work in industries like healthcare, manufacturing, or technology. Some potential employers include companies that develop assistive technologies or create advanced mechanical systems.