CASE technology basic course
3rd CASE technology basic course
We will hold a ``CASE technology basic course'' for people who are in charge of automobile technology development, design, and planning.
The course will clarify the origins and elemental technologies of "CASE" and examine the background of the "Software Defined" philosophy and its impact on automobiles. We will also touch on the "thinking" that will be required of engineers in the future.
Through the above, our goal is to learn the basics of technology related to CASE, and to understand the progress and ``points to see'' regarding CASE.
Please acquire the "intellectual items" that will help you devise new mobility functions and services, as well as future modes of transportation, as the world expands through connectivity.
Program
Consists of live lectures and on-demand lectures
March 3th (Monday) 13:13-15:XNUMX teams live lecture
①CASE general theory
We will provide an overview of what is discussed in CASE and acquire basic information for future courses. We will also consider what "software definition" brings.
On-demand delivery lecture from March 3th (Monday) to March 13th (Friday)
② Impact of automation
Learn about the current state of autonomous driving technology and the range of possible applications. We will explain various technologies for automatic control. Also, think about the services that can be realized through automation.
③ Overview and outlook of communication technology
We will take a look at the current status and future developments of communication technology that can be used in vehicles. Our aim is to help students think about what kind of technology can be used to achieve "connectedness."
④The future of sharing and services
We will examine the evolution of the meaning of 'share' and the future of 'services' from the perspective of 'communications'.
⑤From CASE to SPACE-Supporting mobility-
We will consider what will happen if personal mobility is integrated with CASE, including service design and engineer ethics perspectives.
In addition, on-demand distribution of the recorded video of ① CASE General Theory will also be available from the 14th.
Event Outline
Session | March 2023, 3 (Monday) 13:13-15:XNUMX Teams live lecture, On-demand delivery lecture from March 3th (Monday) to March 13th (Friday) |
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Venue | Held online |
Entry fee *Includes live lectures, on-demand lectures, and PDF texts. |
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Application method/application deadline |
Application deadline: March 3th (Monday) *Cancellations made by March 3th are free; cancellations made after March 6th will be charged a participation fee. |
Sponsorship | JSAE Public Interest Incorporated Association |
Sponsorship (planned) | Nihon University College of Industrial Engineering Automotive Engineering Research Center (NU-CAR) Nagoya University Research Institute for Mobility Society (GREMO) |
Planning | Engineer training committee |
contact information | Course secretariat kisokouza@gakkai-web.net |
2rd CASE technology basic course
Purpose of the course
A two-day CASE course will be held for those in charge of automobile technology development, design, and planning.
CASE means "communication (C), automation (autonomous) (A), service and share (S), and electrification (E)" that will be required of future automobiles and related industries. However, "E (electrification)" will not be covered this time.
Our goal is for students to understand the elemental technologies underlying the much-talked-about CASE, and to acquire the "intellectual items" necessary to devise functions, services, and new modes of transportation.
Program
CASE general theory 1.5H Lecturer: Mr. Hiroshi Suginuma (Nihon University)
Provide an overview of what is discussed in CASE and convey the direction of the course.
At the same time, provide the basic information necessary for a smooth course.
Impact of automation 4.5H Lecturer: Mr. Nobuo Kawaguchi (Nagoya University)
We will reveal the current state of autonomous driving technology, the range of possible applications, what will be achieved in the future, and when.
MaaS will also be explained in detail.
Communication technology outlook 3.0H Lecturer: Mr. Hiroshi Suginuma (Nihon University)
Explaining what "Connected (C)" will be required of future automobiles from the perspective of technology and services.
The future of sharing and services 1.5H Lecturer: Mr. Hiroshi Suginuma (Nihon University)
Explaining the evolution of the meaning of “Share(S)” and the future state of “Service” in conjunction with 'C'.
From CASE to SPACE -Supporting mobility- 1.5H Lecturer: Mr. Hiroshi Suginuma (Nihon University)
Convey the need for engineer ethics when planning new services.
Showing the fusion of “Personal Mobility(P)” and CASE
Event Outline
Session | Thursday, March 2022th – Friday, March 3th, 10 |
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Venue | Online event (Teams) |
Entry fee *2 days, PDF text included |
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Application method/application deadline |
Application deadline: Thursday, March 3rd *Cancellations made by March 3th are free; cancellations made after March 3th will be charged a participation fee. |
Sponsorship | JSAE Public Interest Incorporated Association |
Sponsor | Nihon University College of Industrial Engineering Automotive Engineering Research Center (NU-CAR) Nagoya University Research Institute for Mobility Society (GREMO) |
Planning | Engineer training committee |
contact information | Training and Exchange Business Division Fujimoto kisokouza@jsae.or.jp |
1rd CASE technology basic course
Program
CASE technology overview Lecturer: Hiroshi Suginuma (Nihon University)
First, we draw an overall picture of the CASE and confirm the direction, such as what kind of technical elements there are and where the key points are.
Communication technology outlook Lecturer: Hiroshi Suginuma (Nihon University)
We look at the current state and future development of communication technology that can be used in vehicles, and help envision appropriate communication methods when planning services.
Impact of automation Lecturer: Mr. Nobuo Kawaguchi (Nagoya University)
We will review the process from ADAS to autonomous driving and explain the technologies and methods used here.
We also consider the services expected from automation.
The future of sharing and services Lecturer: Hiroshi Suginuma (Nihon University)
We will examine the developments in various services from the perspective of "communications."
CASE that supports mobility Lecturer: Hiroshi Suginuma (Nihon University)
As an overall summary, we are planning a case study that incorporates service design and engineer ethical perspectives.
Event Outline
Session | Thursday, March 2021th – Friday, March 3th, 25 |
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Venue | Online (live streaming distribution) *This course uses the video distribution platform "vimeo". |
Entry fee *2 days, PDF text included |
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Application method/application deadline | It has ended. |
Sponsorship | JSAE Public Interest Incorporated Association |
Sponsor | Nihon University College of Industrial Engineering Automotive Engineering Research Center (NU-CAR) Nagoya University Research Institute for Mobility Society (GREMO) |
Planning | Engineer training committee |
contact information | Training and Exchange Business Division Fujimoto kisokouza@jsae.or.jp |