학부정보 | Engineering | 武蔵野大学 | 일본의 유학 정보라면 JPSS
스카우트 기능으로 합격하면 장학금 기회
일본 유학 정보 사이트JPSS > 도쿄도의 대학에서 유학지를 찾기 > 武蔵野大学 > Engineering
武蔵野大学 유학을 생각하고 계시는 분들께 JAPAN STUDY SUPPORT는 재단법인 아시아학생문화협회와 주식회사 베네세코퍼레이션이 공동운영하고 있는 외국인 유학생을 위한 일본유학정보 사이트입니다. 武蔵野大学 기업가 정신 학부및Well-being 학부및Global Studies 학부및工 학부및Data Science 학부및문헌 학부및경제 학부및Business Administration 학부및법률 학부및Human Sciences 학부 등 학부 별 상세 정보도 게재하고 있기 때문에, 武蔵野大学 관한 유학정보를 찾고 계시는 분들은 꼭 이용해 보시기 바랍니다. 이 외에도 외국인 유학생을 모집을 하고 있는 1,300여 개의 대학・대학원・단기대학・전문학교의 정보도 게재하고ㅇ 있습니다.
도쿄도 / 사립
With the concept of creating sustainable societies in mind, the Faculty of Engineering will welcome the new “Department of Sustainability” in April 2023, adding to the current courses offered in the Faculty’s Department of Mathematical Engineering and the Department of Architecture. Our students will pursue expertise in various fields, developing leadership skills and the ability to work as generalists who will search out various problems in the world, and analyze, evaluate, and tackle these multifaceted problems from all angles.
■Projects unique to each department
-Sustainability projects (Department of Sustainability)
Students will undertake required subjects from their first year through their third year in which they search for real-life problems in society and take on the challenge of resolving those issues. Project work includes practical projects working in collaboration with corporations and regional communities to solve real-life problems, as well as advanced research style projects that try to solve challenges before they become issues.
-Mathematical Engineering Projects (Department of Mathematical Engineering)
Students take the lead and create project teams, applying their mathematical engineering skills to tackle problem solving and achieve targets. Students pore over textbooks and technical documents, honing skills that they can transfer to the implementation of ideas. Though repeated trial and error, students learn the value of logically and clearly organizing their ideas and exchanging opinions in order to solve problems.
-Architectural Design Projects (Department of Architecture)
Students from all year levels participate together in projects on various themes that make use of our faculty's expertise, exhibiting their work and research findings to society.
We are nurturing students to develop expertise in mathematical engineering, so as to participate proactively in the creation of sustainable societies.
Equipping students with the ability to design and realize sustainability in society and the environment.
With our department’s own project based education, students are cultivating skills in identifying and solving problems, teamwork, and the ability to take action.
Adopting a curriculum that integrates humanities and science, the Department of Sustainability offers two courses that will provide students with the skills to promote sustainability. In the ‘Social Design Course’, students will learn about the framework of collaborating with various people in order to promote sustainability, and gain the skills to design and execute programs. The ‘Environmental Engineering Course’ prepares students with the power to consider and propose solutions to environmental issues through environmental research and analysis, and through the use of design and engineering methods.
■Examples of future career prospects
Leaders in charge of promoting sustainability in companies, national and local government bodies, and NPOs in all sectors; technicians and researchers employing science and technology to solve environmental and social problems in all sectors.
■Ariake Campus
Mathematical engineering aims to understand and find solutions for all kinds of social and natural phenomena through the ‘numerical language’ of numbers and symbols. In this department, this is applied to a variety of fields, including the financial world, security, logistics and transport, and virtual gaming. Students in this department will work toward achieving a sustainable society by gaining the skills to independently approach issues, understanding how to model phenomena, becoming personnel able to apply system designs, and by becoming data scientists who can find the true essence of problems from big data.
■Examples of future career prospects
Actuaries, manufacturing industries, financial institutions, information industries, data scientists, mathematical engineering researchers, mathematical technicians, space research, and graduate studies.
■Ariake Campus
Students will study a broad spectrum of design, from architectural design and interior space, to environmental design. Our curriculum is designed to enable all our students to study specialized subjects step-by-step to work towards becoming first-class architects. Architectural design strength will be imparted through studio time dealing with architectural design problems, as well as through seminars that explore social issues. Students will develop a greater perspective to discover and solve problems as well as developing a practical ability to take action while improving their expressiveness and creative thinking skills through participation in contests and exhibitions.
■Examples of future career prospects
Architectural design offices, construction companies, architecture related firms, interior design offices, shop design and development firms, advertising and printing firms, production and design companies, and graduate studies.
■Musashino Campus
