Graduate School of Information, Production and SystemsWaseda University

Designing new uses of information, from media to management engineering

• Coverage of the entire field of information and telecommunications, from information sensing, transmission, analysis, to decision making.
• Education of state-of-the-art theories and AI technologies, with emphasis on academic-industrial cooperation.
• Career decelopment support assuming various students from different backgrounds, and that supports the development of a wide range of careers.

Research area & Laboratory

• Information and communication model
• Computational intelligence
• Language and media information
• Social and management informatics
• Robotics & mechatronics
• Fiber-optic systems

Education encompassing practicality

Curriculum covering from fundamental knowledge to cutting-edge applications Excercises nurturing applicable knowledge

• Deep learning
• Data science
• Natural language processing
• Media undestanding and applications
• Communication and network
• Human interaction

An enhanced environment for education and research

The Information Architecture Laboratory, where you can experience information technology yourself.

Creation of innovative values through new production technologies

• Covering all essential domains for productive activity from development to materials, assembly/manufacture, measurement, control, diagnosis, logistics, and management.
• Training researchers and highly skilled engineers to meet the challenges of a globalized manufacturing industry in Asia and the world.
• Education and research with full coverage of both software and hardware in a practical ambiance.

Research area & Laboratory

• Machine Design and Robotics
• Sensor, Advanced materials, and Applied measurement
• Healthmonitoring system
• Intelligent and Process Control system
• Process monitoring and Equipment management

Practical equipment environment

The engineering training room of the production system field contain most of the equipment found in general factories, such as industrial robots, sequence controllers, plant simulators, deterioration diagnosis devices, and remote management devices.

Cooperation with regional industries

Creating innovative integrated systems with leading-dege technologies.

• Our field covers wide range study of integrated system applications and their fundamental technologies.
• Faculty members mostly from top-level corporations conduct practical research and education under strong relation with industries.
• Fine research environment is provided based on public and industrial research funds by collaborative projects for future IT society.

Research area & Laboratory

• Acoustic and Image Information
• Analog and High-frequency Circuits
• Optical Integrated Circuits
• Ultra Large-scale IC, High-speed and Low-power LSI
• VLSI Design Automation, Verification and Test
• MEMS Sensor

Distinctive features of the educational program

SoC Design and Test

• Advanced Environment for LSI Design Training
• Trial Design for Communication, Video-processing, etc.

Systematic Educational Course

• Both Hardware and Software for SoC
• Fundamental and Advanced Courses on Algorithms and Software

Education on SoC Design

• Trial Design by using FPGA Devices
• Chip Design and Evaluation

Collaboration with Industries and Academic Associations

• Joint research with Companies or Organizations of Electronics, Communication, Semiconductor, Automobile, etc.
• Research collaboration with top-grade universities and academic associations inside and outside Japan.