Features of the program
Takashi Yoshimi Director, Electrical and Electronic Engineering Program
We cultivate individuals with rich humanity who can act independently and possess skills in the electrical and electronic fields in response to increasingly sophisticated technology and complex industries.
Acquired capabilities
Our goal is to nurture humanistic engineers who can respond to structural changes and technological advances in an industry that is becoming increasingly high-level and high-tech, and who are able to work independently.
Point
Responding to structural changes in industry and
and technological advances
Keywords
The Electrical and Electronic Engineering program fosters the following discipline-specific items throughout the curriculum
Energy
Tackling the human proposition
Material
New materials for the future
Robot
Development of robot technology
Medical
Challenging the limits of life
Automobile
Pursuit of the ultimate automobile
Ecology
Coexistence with the earth
Multi
Borderless activity
Hardware
Information industry revolution in the new century
Software
New common sense with original technology
Industries in which you are expected to work
In the Electrical and Electronic Engineering program, students will acquire competencies that are expected to be used primarily in the following industries
Home appliance,
heavy electrical
appliances
manufacturers
Semiconductor,
electronic
components
manufacturing
equipment
manufacturers
Automakers
Camera
manufacturers
Medical device,
measuring
equipment,
communication
equipment
manufacturers
Transportation
(Rail and air)
ICT
Infrastructure
Electric power
company
Courses
Electrical Engineering and Robotics Course
This course is designed to provide students with a basic knowledge of “energy and control” in areas related to electrical engineering and robotics, and the ability to analyze and apply this knowledge to solve problems in the fields of electricity and energy, system control and robotics, as well as electrical materials and devices.
Advanced Electronic Engineering Course
The course covers semiconductors, electronics, integrated circuits, optical communications, brain waves, medical sensing technology, and intelligent robots. The goal is to comprehensively acquire advanced electronics engineering in terms of both hardware and software, with “electronics and optics” as the keywords.
Policies of the Electrical and Electronic Engineering Program
Please refer to the official Shibaura Institute of Technology website for policy information.