Features of the program
Masaomi Kimura Director,Computer and Communications EngineeringProgram
We educate students with universal knowledge that can be used in any age, based on basic mathematical and physics skills and specialized knowledge of information and communication.
Acquired capabilities
Basic knowledge of natural sciences such as mathematics and physics, specific and cross-disciplinary knowledge of information and communication, and methods of solving technological problems through practical education based on research are acquired in support of the foundation of technology.
Point
Using specialized information, communication, and cross-cutting knowledge to solve technical problems
Keywords
The Computer and Communications Engineering program fosters the following discipline-specific items throughout the curriculum
Software
New common sense with original technology
Hardware
Information industry revolution in the new century
Network
Intelligent and secure information and communication infrastructure
Communication
Access to unknown territory
Multimedia
New creativity for humanity
Information design
Pursuing and realizing a better user experience
Foundation
Cultivating the fundamentals of engineering
Safety and disaster prevention
Building social infrastructure for the new century
Multi
Borderless activity
Industries in which you are expected to work
In the Computer and Communications Engineering program, students will acquire abilities that are expected to play an active role mainly in the following industries
Software
development
Communications
industry
Information
industry
ICT
infrastructure
General
home appliances
manufacturer
Electronic devices
manufacturing
Transportation
business
Transportation
equipment
manufacturing
Energy industry
Courses
Information and Communications Engineering Course
In this course, students systematically learn the basic technologies of information and communication from both aspects of hardware and software. Students will learn a wide range of topics including computer science, electronic circuits, signal processing, optical and wireless communications, networks, AI and human interaction. In the experiment and practice courses, students will learn the basics through hands-on experiments such as programming to understand principles of the internet, and fabrication and evaluation of optical communication circuits.
Computer Science and Engineering Course
Students study computer science and engineering technologies such as software, hardware, artificial intelligence, quantum computing, and human communication, as well as the principles of computer science. Through a wealth of lectures and exercises in programming and system development, students will acquire the knowledge to promote the development and creation of cutting-edge technologies.
Policies of the Computer and Communications Engineering Program
Please refer to the official Shibaura Institute of Technology website for policy information.