Faculty of Science and Engineering
Smart Communication
Engineering Department
ABOUT
Department of Smart Communication Engineering
Connecting people, things, and the world digitally,
To realize a sustainable society.
- integration of humanities, sciences, and arts education
- #AI and Data Science
- #Project Management
- #Social implementation
ADMISSION
POLICY
- 01
In addition to a foundation in engineering, this includes AI and data science.
Learn cutting-edge technology and leverage multicultural perspectives.
People who want to improve their communication skills - 02
People who want to contribute to solving social issues by working together as a team.
- 03
Possessing logical thinking skills and a spirit of inquiry, respecting diverse backgrounds,
People who want to approach projects flexibly and creatively
Characteristics of the Department
integration of humanities, sciences, and arts education
Students will acquire a foundation in science and engineering, learn about society, culture, and design, and develop the ability to comprehensively utilize knowledge and skills from various fields in projects.
Fulfilling project activities
We cultivate the ability to enhance communication skills that promote collaboration, to flexibly adapt to multicultural and multidisciplinary environments, to smoothly manage and operate projects, and to connect them to social implementation.
Developing communication and presentation skills
We cultivate the ability to communicate effectively with diverse audiences and develop communication skills that are tailored to each individual, utilizing cutting-edge technologies such as AI and data science.
Advanced Program
A support program that responds to motivation
Regional problem-solving program
This project involves students going to local areas to investigate problems faced by local residents. They use their engineering knowledge and ideas to consider how to solve these problems. They discuss in groups, make plans, and then put them into action. This project provides an experience of "learning that connects with society."
Four-year learning process
First-year students:Building a foundation for learning in the humanities, sciences, and arts, and for project-based learning.
In addition to science and foreign languages, you will learn the fundamentals of programming, design, and marketing, and acquire the skills necessary to advance projects.
2nd yearAcquisition of engineering knowledge and
Project Exercise
Project Exercise
Through project-based exercises, students will learn engineering knowledge, how to utilize AI, and the knowledge and skills needed to create tangible objects, as well as how to evaluate the results of these exercises based on data.
Implementation ofthe 3rd Year Project
You will learn how to implement projects aimed at solving local and social issues, and how to effectively communicate the results to society.
In their fourth year,they tackled social issues.
Cultivate creativity and practical skills
Cultivate creativity and practical skills
Through case studies, students will learn about the challenges facing modern society, thereby enhancing their problem-solving skills. In the social implementation lab, they will further develop their creativity, practical skills, and communication skills, aiming to solve these challenges.
Two lineages
Communication-related
Connecting things to people
Aiming to become a techno-coordinator
Students will acquire the writing skills to accurately convey technical information, knowledge of security to protect information, and communication skills to interact with different cultures. Through practical training and projects, they will gain the skills to appropriately utilize A and information technology to effectively communicate things and technologies.
Social problem implementation
Connecting things to the world
Aspiring to be a techno producer
Students will learn about international issues and the global environment, and acquire elemental technologies such as robots and sensors through practical training. Through project activities, they will acquire the skills to design and manufacture products that can solve real-world problems by utilizing the knowledge and skills they have learned.
Pickup
SMArtFusion program
Smart agriculture
I will take on a new challenge.
We will take on a new challenge in smart agriculture by applying robotics (machinery x information x electricity) to address the challenges of an aging population and labor shortages. We will implement projects that turn needs into tangible results and promote industry-academia collaboration specifically in Kyushu.
Seminar Pickup
Takuhei Hashiguchi Seminar
Supporting the future society
Development of energy systems
Achieving carbon neutrality in a sustainable society requires further improvements in various areas, including energy supply, conversion, and utilization. Therefore, we aim to contribute to the realization of a sustainable society by researching and analyzing the energy systems required for future society and proposing the use of renewable energy and the introduction of efficient energy management technologies.
Nobuhiro Ushimi Seminar
Agriculture in Kyushu
Supported by robots!
Amidst an aging population and labor shortages, we are venturing into smart agriculture by incorporating the power of AI, design, and marketing in addition to robotics technology. We are developing activities to give shape to technologies and systems that address the challenges of the Kyushu region, and are advancing practical initiatives. No one can replace the act of "eating." We aim to support a society where everyone can enjoy "delicious meals" through robotics technology.
Matsuoka Takeshi Seminar
Visualization of radio waves
Smartphones, games, social media—our current lives are impossible without radio waves. But these radio waves are invisible. If we could "visualize" these invisible radio waves through experiments and computer simulations, we could spread faster and more convenient wireless services throughout the world. We aim to make that future a reality.
Qualifications and career path data
Qualifications to aim for
- IT Passport
- Basic information engineer
- Multimedia Certification
- G Test
- Color Test
- Color Coordinator Certification
- Bookkeeping Examination
- MOS (Microsoft Office Specialist), etc.
Career path after graduation
- AI and data analytics companies
- / Internet Services and Web Industry
- / Advertising and media industry
- / IT and software industry
- / Telecommunications industry
- /Automation technology company
- / Robot development manufacturer
- Energy suppliers (electricity companies, gas companies, renewable energy companies)
- / Automotive industry (utilization of digital technology)
- /Electronics and device manufacturers
- Management positions in companies, etc.
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