Education Program of Advanced Information Technology Leaders

The Program for Advanced Information Technology Leaders at the Tokyo Institute of Technology is a cutting-edge graduate program designed to cultivate exceptional experts capable of driving innovation and addressing complex challenges in the rapidly evolving field of information technology. This comprehensive curriculum integrates the latest advancements in computer science, artificial intelligence, cyber security, data science, and software engineering to provide students with a rigorous and multidisciplinary educational experience. Participants in this program are equipped not only with advanced technical skills but also with strategic thinking abilities, leadership qualities, and a global perspective essential for leading technological initiatives in various industries and research environments.

The program emphasizes practical training through hands-on projects, collaborative research, and industry partnerships, enabling students to apply theoretical knowledge to real-world problems. Students have access to state-of-the-art laboratories and resources at Tokyo Institute of Technology, fostering an environment of innovation and experimentation. The curriculum is designed to be flexible, catering to students’ interests and career aspirations, while ensuring a solid foundation in core concepts of advanced information technology. Courses cover areas such as machine learning, big data analytics, IoT, blockchain technology, and human-computer interaction, all taught by leading experts in their respective fields.

A distinctive feature of this program is its focus on developing leadership in technological development and management. Through seminars, workshops, and international exchange opportunities, students strengthen their communication skills and expand their professional networks globally. The program encourages an entrepreneurial mindset, guiding students to translate their research findings into market-ready solutions and startup ventures.

Graduates of the Program for Advanced Information Technology Leaders are prepared to become innovators, researchers, and leaders in academia, industry, and government sectors. They are capable of contributing to technological advancements that improve societal well-being and foster sustainable development. By integrating advanced technical knowledge with leadership and management training, this program aims to nurture the next generation of global technology leaders who will shape the future of information technology worldwide.

Six disciplines in the program 

We categorize the courses of this program into the six disciplines, i.e., embedded software, multi-media processing, human interface, robot informatics, regional planning and computing and mathematics, so that one can focus on one of the six disciplines to go through both basic and advanced topics in the specified discipline by the student. The six disciplines and their course names are listed below. Even though students are encouraged to focus on one of the disciplines, it is possible to take courses from two or more disciplines according to the students’ areas of interest. For example, if a student is interested in humanoid technology, then he/she can take courses from both disciplines of human interface and robot informatics. Students can also take courses other than the courses listed below in consultation with their academic advisers. 

1. Multi-media processing discipline

Advanced Coding Theory, Advanced Data Engineering, Pattern Information Processing, Computer Graphics, Speech Information Processing,

2. Human interface discipline

Advanced Data Engineering, Human Computer Interaction, Machine Learning, Advanced Data Analysis, Pattern Information Processing, Computer Graphics, Speech Information Processing, Complex Networks, Introduction to Neural Engineering,

3. Embedded software discipline

Advanced Coding Theory, Distributed Algorithms, Advanced Data Engineering, Concurrent System Theory, Advanced Data Analysis, Pattern Information Processing, Software Design Methodology, Linear Systems and Control, Mathematical Processing of Measurement Information, Advance Operating Systems,

4. Robot informatics discipline

Machine Learning, Pattern Information Processing, Speech Information Processing, Logic and Software, Advanced Operating Systems, Mechanical and Environmental Informatics Project I, Mechanical and Environmental Informatics Project II, Linear Systems and Control, Advanced Course of Inverse Problems, Control Theory for Robot Intelligence, Nonlinear and Adaptive Control, Introduction to Neural Engineering, Introduction to Biomedical Instrumentation, Advanced course of Digital Human Modeling, Advanced course in nonlinear dynamics,

5. Regional Planning discipline

Mechanical and Environmental Informatics Project I, Mechanical and Environmental Informatics Project II, Theory and Applications of Urban Spatial Data, Analysis of Vibration and Elastic Wave, Intellectual Infrastructure Systems, Air Quality Engineering, Regional Information Analysis, Advanced Course on Coastal Environments, Econometric Analysis,

6. Computing and mathematical science discipline

Advanced Coding Theory, Distributed Algorithms, Concurrent System Theory, Machine Learning, Advanced Data Analysis, Logic and Software, Topics in Mathematical Optimization, Fundamentals of Mathematical and Computing Sciences: Mathematics, Fundamentals of Mathematical and Computing Sciences: Applied Mathematical Sciences, Fundamentals of Mathematical and Computing Sciences: Computer Science, Special Lecture on Mathematical and Information Sciences I--IV, Forum on Global Informatics I-II 

Graduation Requirements 

• (a) Total credits (Lectures from the departments other than listed below can be included) Department of Mathematical and Computing Sciences: 30 credits or more Department of Computer Science: 30 credits or more Department of Mechanical and Environmental Informatics: 36 credits or more
• (b) Research Courses Department of Mathematical and Computing Sciences: 4 credits for seminars and 8 credits or more for Advanced Exercises and Experiments Department of Computer Science: 4 credits for seminars and 4 credits for Special Experiments Department of Mechanical and Environmental Informatics: 4 credits for seminars and 8 credits or more for Mechanical and Environmental Informatics Research Process
• (c) Courses by Departments (Lectures of the department that the student belongs to and lectures of the other two departments in the 8 subject areas shown below) Department of Mathematical and Computing Sciences: 10 credits or more. The students must take subjects of 3 subject areas or more out of the 8 areas. Department of Computer Science: 16 credits or more. The students must take subjects of 3 subject areas or more out of the 8 areas. Department of Mechanical and Environmental Informatics: 16 credits or more including 5 credits for Mechanical and Environmental Informatics Project I&II. The students must take subjects of 3 subject areas or more out of the 8 areas.
• (d) Project Based Learning Subjects: Department of Mathematical and Computing Sciences: 2 credits. The students must take "System Development International Project". Department of Computer Science: 2 credits. The students must take either "System Development International Project" or "Human Centered Informatics Exercise". Department of Mechanical and Environmental Informatics: No requirement (Project Based Learning Subjects are included in Special Subject in (c)).
• (e) Liberal Arts and General Education: 2 credits or more 

Dept. of Computer Science

• Advanced Coding Theory
• Distributed Algorithms
• Advanced Data Engineering
• Concurrent System Theory
• Human Computer Interaction
• Machine Learning
• Advanced Data Analysis
• Pattern Information Processing
• Computer Graphics
• Speech Information Processing
• Logic and Software
• Software Design Methodology
• Complex Networks
• Advanced Operating Systems
• System Development International Project
• Human Centered Informatics Exercise 

Research Courses

• Special Experiments I on Computer Science
• Special Experiments II on Computer Science
• Seminar I on Computer Science
• Seminar II on Computer Science
• Seminar III on Computer Science
• Seminar IV on Computer Science

Dept. of Mechanical and Environmental Informatics

• Mechanical and Environmental Informatics Project I
• Mechanical and Environmental Informatics Project II
• Linear Systems and Control
• Advanced Course of Inverse Problems 
• Mathematical Processing of Measurement Information
• Control Theory for Robot Intelligence
• Nonlinear and Adaptive Control
• Introduction to Neural Engineering
• Introduction to Biomedical Instrumentation
• Advanced Course in Nonlinear Dynamics
• Advanced Course of Digital Human
• Theory and Applications of Urban Spatial
• Analysis of Vibration and Elastic Wave
• Intellectual Infrastructure Systems
• Air Quality Engineering
• Advanced Course on Coastal Environments 

Research Courses 

• Seminar I in Mechanical and Environmental Informatics
• Seminar II in Mechanical and Environmental Informatics
• Seminar III in Mechanical and Environmental Informatics
• Seminar IV in Mechanical and Environmental Informatics 

Dept. of Mathematical and Computing Sciences 

• Topics in Mathematical Optimization
• Fundamentals of Mathematical and Computing Sciences: Mathematics
• Fundamentals of Mathematical and Computing Sciences: Applied Mathematical Sciences
• Fundamentals of Mathematical and Computing Sciences: Computer Science
• Special Lecture on Mathematical and Information Sciences I
• Special Lecture on Mathematical and Information Sciences II
• Special Lecture on Mathematical and Information Sciences III
• Special Lecture on Mathematical and Information Sciences IV

Research Courses 

• Advanced Exercises and Experiments in Mathematical Science I
• Advanced Exercises and Experiments in Mathematical Science II
• Advanced Exercises and Experiments in Mathematical Science III
• Advanced Exercises and Experiments in Mathematical Science IV
• Advanced Exercises and Experiments in Computing Science I
• Advanced Exercises and Experiments in Computing Science II
• Advanced Exercises and Experiments in Computing Science III
• Advanced Exercises and Experiments in Computing Science IV
• Seminar I on Mathematical and Computing Sciences
• Seminar II on Mathematical and Computing Sciences
• Seminar III on Mathematical and Computing Sciences
• Seminar IV on Mathematical and Computing Sciences 

Courses by Departments common for all the three departments 

• Internship on Information Science & Engineering
• Internship on Information Science & Engineering
• Internship on Information Science & Engineering
• Internship on Information Science & Engineering 2B 

Liberal Arts and General Education

• International Communication
• Interdisciplinary Courses
• Interdepartmental Courses
• Arts and Humanities
• Career Development Courses
• Courses for Developing Creativity
• Courses for International Students

Program requirements for the Education Program of Advanced Information Technology Leaders at Tokyo Institute of Technology include a comprehensive curriculum designed to develop advanced skills in information technology and leadership. Applicants are typically required to hold a bachelor's degree or an equivalent qualification from an accredited university. Proficiency in fundamental information technology areas such as programming, computer systems, and data management is essential. Additionally, applicants must demonstrate a strong academic record and relevant professional experience in IT-related fields. The program emphasizes research aptitude, innovation, and leadership abilities, so candidates with prior research experience or leadership roles are preferred. English language proficiency is mandatory, usually demonstrated through standardized tests such as TOEFL or IELTS, with minimum score requirements set by the university. The application process involves submitting academic transcripts, letters of recommendation, a statement of purpose outlining the candidate's motivation and career goals, and a detailed curriculum vitae. The program encourages applicants to have a clear plan for their research interests and professional development. Furthermore, certain prerequisites in advanced mathematics, algorithms, or specific IT disciplines may be required depending on the applicant's background. Selected candidates may be asked to participate in an interview process, which can be conducted online or on-campus, to assess their motivation, aptitude, and communication skills. Financial considerations such as tuition fees and scholarship opportunities are outlined separately and may require additional documentation for scholarship applications. Successful applicants will be enrolled in a rigorous curriculum that combines coursework, practical training, and research projects, aiming to cultivate leadership in the field of advanced information technology. The program supports interdisciplinary approaches and industry collaboration, preparing graduates for high-level positions in academia, industry, and government.

Want to improve your English level for admission?

Prepare for the program requirements with English Online by the British Council.

• ✔️ Flexible study schedule
• ✔️ Experienced teachers
• ✔️ Certificate upon completion

📘 Recommended for students with an IELTS level of 6.0 or below.

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Scholarships

MEXT Scholarship

The top ten applicants who have applied under Eligibility (A) will be awarded the MEXT scholarship for four years.

• Students who have been accepted for a MEXT Scholarship will not be required to pay the application, admission, or tuition fees.
• The MEXT scholarship provides a monthly stipend of JPY 120,000 for undergraduate students. The amount of the stipend is subject to change in accordance with the directives of the MEXT scholarship program.
• In accordance with MEXT regulations, students will be provided with an economy class air ticket from the international airport closest to their place of residence in their country of nationality to Narita or Haneda International Airport.

NOTE:The applicant will be required to withdraw from the MEXT scholarship if he/she is applying for other MEXT scholarships or a scholarship offered by the Japan Student Services Organization (JASSO).

Japan Student Services Organization (JASSO)

Applicants who have applied under Eligibility (A) who will enroll in Tokyo Tech under a scholarship other than those offered by MEXT, and applicants who have applied under Eligibility (B) who do not reside in Japan may apply for a Monbukagakusho Honors Scholarship for Privately Financed International Students awarded by JASSO.
Please note that individuals who have been granted the above scholarship cannot apply to receive other scholarships at the same time.

The monthly stipend is JPY 48,000, which is subject to change in accordance with JASSO's directives. This scholarship will be offered from April 2017 to March 2018. But still, applicants will be required to pay the application, admission, and tuition fees even when they are accepted to this scholarship.

The Education Program of Advanced Information Technology Leaders at the Tokyo Institute of Technology is designed to cultivate highly skilled professionals capable of leading innovation in the rapidly evolving field of information technology. This program aims to equip students with an advanced understanding of core IT concepts, including artificial intelligence, machine learning, data science, cybersecurity, and software engineering, while emphasizing leadership skills and strategic decision-making. Students are provided with rigorous coursework that combines theoretical foundations with practical application, enabling them to tackle complex technological challenges in various industries.

The curriculum is structured to foster interdisciplinary knowledge, encouraging collaboration among students from diverse backgrounds to solve real-world problems through project-based learning. Emphasis is placed on developing competencies in system design, data analysis, and emerging technologies like cloud computing and IoT. Additionally, students have opportunities for internships, industry collaborations, and research projects, which provide valuable practical experience and networking opportunities.

The program offers a comprehensive educational environment with state-of-the-art laboratories, research centers, and access to industry partners that facilitate hands-on training. Faculty members are experts in their respective fields, guiding students through advanced coursework and research supervision. The program also promotes international exchange, attracting students and faculty from around the world, fostering a global perspective on information technology leadership.

Graduates of this program are expected to pursue careers in academia, research institutions, and leadership roles within private sector companies and public organizations. They will be equipped to contribute to technological advancements, policy development, and strategic planning in their respective fields. The overall goal is to produce versatile IT leaders who can innovate responsibly and contribute significantly to society’s technological progress.