In order to meet the expectations of the times, the Faculty of Engineering at Kumamoto University will establish a bachelor's degree program "Semiconductor Device Engineering" in April 2024, which will be the first bachelor's degree program among universities in Japan to specialize in the training of semiconductor engineers and researchers.
This program is organized in the same way as a department. While a department concentrates on a single field of study, the program is designed for students to learn what is necessary for a single field of application across academic disciplines.
In the semiconductor device engineering Program, while focusing on the study of specialized areas of semiconductors, students learn what is necessary beyond the boundaries of existing departments (materials, chemistry, electricity, electronics, information, machinery, etc.).
One of the features of this program is that students can acquire advanced specialized skills in semiconductor device processes, system design, and evaluation technology, as well as basic subjects in mathematics, physics, chemistry, materials, and machinery, which are necessary for the research and development of semiconductor devices.
The curriculum also includes problem-based learning (PBL) lectures conducted in collaboration with companies and practical training at semiconductor-related companies, providing students with opportunities to hear directly from industry.
In addition to an overview of the entire design and manufacturing process of semiconductor devices, based on the talent development needs of the semiconductor industry, we prioritize a curriculum that focuses on mastering foundational academic subjects indispensable for semiconductor research and development, such as physics, science, mathematics, materials, and opportunities (referred to as "engineering liberal arts").
Furthermore, in collaboration with local semiconductor companies, we employ practitioners as instructors and actively incorporate an education program that offers OJT/PBL (On-the-Job Training/Problem-Based Learning) which focuses on fieldwork and problem-solving.
Personnel who are equipped with foundational expertise in the manufacturing process of semiconductor devices, spanning from the preliminary to the final stages, and who can be involved in the manufacturing, evaluation, and development of semiconductor devices
・Large-scale integrated circuit (LSI) circuit design/system design engineer
・Semiconductor device process engineer, etc.
After acquiring foundational knowledge in semiconductor engineering, enhance advanced expertise in semiconductor device processes, semiconductor system design, and device evaluation technologies.
The classes are taught not only by a faculty involved in cutting-edge semiconductor research but also by researchers/technicians and executives who are actively working in representative lines of companies. There are practical subjects available, including internships, through collaboration with companies.
We offer a program to enhance English operational and communication skills to excel globally in semiconductor-related fields where there is a strong social demand.
Kumamoto University Visit our election information portalClick here for the recruitment guidelines for third-year transfer students in the Faculty of Engineering (semiconductor device engineering Program).
課程パンフレット
Program pamphlet
一年次入学パンフレット
1st year admission pamphlet
第3次編入学学生募集要項パンフレット
Third round transfer student recruitment guidelines pamphlet
Semiconductors are an important social infrastructure supporting digital society such as 5G, Big Data, AI, IoT, automated driving, robotics, smart city, DX, etc. In recent years, semiconductors have been positioned as a national strategic technology directly related to economic security, among others. In light of these circumstances, the newly established "Semiconductor Device Engineering Program" will provide students with advanced expertise in semiconductor device engineering, a rich education in society and nature, a strong sense of mission and high ethical standards for the realization of a sustainable world, and the ability to understand and share the diverse cultures and values of the international community. The program aims to develop practical human resources who can work together in a global society by acquiring an international mindset.
教育内容
Education
半導体デバイス工学課程では、数学、物理、化学など半導体デバイス工学の知識・能力の基礎となる自然科学に対する基礎学問を修得し、これを応用して半導体デバイス工学全般を支える基盤技術を理解し、工学的課題を総合的に解決するための専門知識を習得させるための教育を行います。
受講する科目の区分は、「教養教育科目」と「専門教育科目」があります。「専門教育科目」の中には、工学部共通の「工学基礎科目」、「工学英語科目」、「COC関連科目」、ならびに半導体デバイス工学課程に深く関わる「課程基盤科目」と「課程応用科目」があります。
「教養教育科目」は、幅広く深い教養、国際的対話力、情報化への対応能力及び主体的な課題探求能力を備えた人材の育成を目的とする熊本大学全体の方針に即して設定されています。
また、「専門教育科目」では、高校からの接続教育を徹底させるための「工学基礎科目」、専門分野の地域の課題や産業界の実情を理解するための「COC（Center of community）関連科目」、国際的なコミュニケーションを向上させるための「工学英語科目」が配置されています。
さらに、半導体デバイス工学分野の共通基盤となる専門科目を学修するための「課程基盤科目」と各自の興味や適性に沿って、さらに半導体デバイス工学分野の専門性を深めることができる「課程応用科目」が設定されています。
A detailed explanation is in preparation.
インタビュー
Interview
半導体を研究する学生たちに聞いてみた！
We asked students who research semiconductors!
熊本大学で半導体を研究している学生に研究室生活や勉強のコツや普段の生活などを聞いてみました！
We asked students studying semiconductors at Kumamoto University about their lab life, study tips, and daily life!
What kind of research do you do? What kind of person is suitable and what kind of qualities are required? What is the appeal of semiconductor research?
We asked three teachers a variety of questions!
Semiconductor device engineering Program in Q and A format
本課程は、2024年より新設される新しい工学部の「学科」です。
多くの方が疑問に思われるところをQ and Aの形式でまとめました。
もし、この中に知りたい情報がない場合は、遠慮なくお問い合わせください。
This Program is a new department in the Faculty of Engineering that will be established in 2024.
We have summarized the questions that many people have in a Q and A format.
If you do not find the information you are looking for here, please feel free to contact us.
アクセス
Access
地図
Map
住所
Address
〒860-8555
熊本市中央区黒髪2丁目39番1号
〒860-8555
2-39-1 Kurokami, Chuo-ku, Kumamoto City
半導体教育研究棟の新設
Construction of a new semiconductor education and research building
We are currently constructing a new semiconductor education and research building. Scheduled for completion in April 2025. The new building allows you to conduct the latest research using new equipment and equipment.
Kumamoto University already has a class 1 super clean room, but we will also be constructing another class 1 super clean room on the top floor of the DX Innovation Laboratory, which is currently under construction.
Class 1 is a clean room with the highest level of cleanliness, and is the only facility owned by Kumamoto University among the national universities in Kyushu.
