In this keynote speech, it covers Automotive three megatrend for Safer, Smarter and Greener, as well as new E-E architecture for future software defined vehicle. The high growth applications will create new automotive market opportunity with the growth @16% CAGR from '21~'26. How TSMC broad range of technology offerings in advance logic and specialty, which enable customers' product innovation for different applications in this golden era. TSMC's volume production experience can accelerate technology maturity with good track record. We are a trusted automotive technology solution provider, in sustainability with long term commitment for R&D and capacity investment.

Dr. Cheng-Ming Lin received his MS degree from National Taiwan University and Ph.D. degree from Rensselaer Polytechnic Institute (RPI) in 1985 and 1988, respectively. Dr. Cheng-Ming Lin has over 32 years of experience in the IC industry, including technology development, Fab operation, and product marketing. He is now responsible for Automotive & MCU business development at TSMC.

The global share of Japanese companies, which was 50% in 1988, has since fallen in a straight line as if rolling down a slope, and now it is only 10%. Is there a reversal scenario? In this talk, we will discuss the strategy of reversal and give a perspective on 3D integration technology that will be strategically important.

To innovate power electronics technology, which is the key to realize a green energy society, it is important to integrate the latest power devices, power electronics circuit systems, passive devices, to maximize the total performance. In this presentation, I will report on our efforts in integrated power electronics technology to realize this goal.

Professor (PhD in Engineering), R&D Division Director, Center for Innovative Integrated Electronic Systems (CIES),Tohoku University. Currently, he is advancing research and development of high-frequency inverters, ultra-compact DC-DC converters, next-generation power modules, etc. that apply horizontal GaN devices and SiC devices. He is also focusing on research and development of interface technology between power electronics circuit systems and power devices, power modules, and passive components, and these integrated technologies. He also serves as Professor, Graduate School of Engineering, Tohoku University. Energy systems of an Internet of Energy (IoE) society, Cross-ministerial Strategic Innovation Promotion Program (SIP), Deputy Program Director. Ministry of Education, Culture, Sports, Science and Technology, Research and Development Project for Fundamental Technology of Innovative Power Electronics Creation, Circuit System Area, Research Representative

Inverters of EVs are required to be compact and have high output in order to improve electric power consumption, and a power module must have high output density for this purpose. I will explain about the high-reliability and high-output density power module packaging that employs high-performance material technology.

He is Chief Engineer at Hitachi Astemo, previously Chief Researcher at Hitachi R&D, engaged in the development of semiconductor packaging materials, and has been involved in the development of automotive electronic equipment since 2000. Ph. D.

In SDGs revolution, an unprecedented investment of 30 trillion yen will be made around the world. Metaverse development will increase computing power 1,000-fold. Next-generation in-vehicle components are entering a new phase. Under these circumstances, the semiconductor market worth over 60 trillion yen, and the electronic components market, which is put at the 30 trillion yen level, are holding firm, and aggressive capital investment plans continue to emerge one after another. This presentation will report mainly on moves made by domestic companies based on the latest information that has been gathered.

Network slicing will enable to improve communication network quality suitable for services by controlling traffic independently for each application service. This is expected to provide a high-quality content experience. Introducing Sony's smartphone development activity toward 5G SA era.

Based on the challenges of early 5G and market needs, studies and international standardization of 5G are underway. In addition, in Japan and overseas, discussions on Beyond 5G/6G are already actively underway, and many projects have been launched. The company is also actively pursuing the advancement of 5G and the study of 6G. The company will talk about 5G advancements, 6G concepts and its latest initiatives.

Mr. Takehiro Nakamura joined NTT Laboratories in 1990. He is now SVP and General Manager of the 6G IOWN Promotion Department in NTT DOCOMO, Inc.
Mr. Nakamura has been engaged in R&D and the standardization activities for advanced radio and network technologies of W CDMA, HSPA, LTE/LTE Advanced 5G and 6G.

Will talk about how Sony's mobility project "VISION-S," first unveiled at CES 2020, has fared so far, as well as about Sony's approach and efforts toward the evolution of mobility.
This presentation will also include an overview of the prototype vehicle, development secrets, future challenges, and Sony's approach to the challenge of car manufacturing.

Joined Sony in 1986. Has since been involved in product development for PlayStation, Xperia, etc. In 2014, was appointed as managing SVP (Senior Vice President). In 2016, appointed to be in charge of AI robotics business, responsible for aibo development as well as VISION-S which constitutes part of Sony's mobility initiative. In June of 2021, was appointed as Sony Group Managing Director, taking charge of the AI robotics business. In April of 2022, was appointed as Sony Mobility Inc. Representative Director, President and CEO.

Microsoft is focusing on the new mobility services that will emerge from the further convergence of the automobile and transportation markets. We will collaborate with various partners to realize seamless movement of people and goods and the creation of new experiences.

World 1st Technology, Variable Compression engine VC-TURBO was introduced and started to apply for Infiniti QX50 from 2018.
2nd generation VC-TURBO which aim to improve further thermal efficiency is introduced in 2021.
This engine's evolution will be presented.
The development direction in electrification period is also touch upon based on e-POWER application experience.

1990 to present, NISSAN Motor Co., LTD.
Engineer for several ICE parts, then Innovative Variable Valve Event and Lift system VVEL has been developed. Engine parts buyer and Leader for TdC of Cpl vehicle in Purchasing dev..
Chief engineer for VC-TURBO then ICE Powertrain engineering director.

Ten years have passed now since the launch of the FB engine. In the meantime, the environment surrounding automobiles has changed dramatically. Summing up the decade, a story will be presented about the development of the CB engine, which is in harmony with the environment - conscious age and offers fun to customers, by using all available technologies mustered.

This presentation examines the highly uncertain future of energy based on past energy transition cases. Specific examples are (1) the conversion from whale oil to petroleum and (2) the conversion from coal to oil and natural gas. These examples will be very useful when considering the energy transition needed in the future to achieve carbon neutrality.

The move towards carbon neutral for vehicle is accelerating. The pillar towards 2050 carbon neutral is EV. However, it is also true that the majority of the vehicle fleet will be internal combustion engines in intermediate stages, such as 2030 and 2040. This presentation will discuss future power unit strategy.

1.Energy Revolution Drives Technology Revolution
2.Innovation and Globalization Drive New Energy Automobiles Development
3.New Energy Automobiles in Future

Senior Vice President, NIO;
Vice President, SAIC New Energy Vehicle Division;
Technical Manager, Ford Motor Company, USA;
Senior Engineer, AMPS, Inc., USA
(involved in NASA's Pluto Express program)

As a new trend in the mobility field, the development of flying cars is underway in various countries of the world. Our flying car, which has succeeded in manned flight, has been developed by mustering technologies that were pioneered and developed in Japan. The presenter will introduce the flying car, the environment surrounding it, the features of its airframe for commercialization in FY2025, along with future challenges and initiatives.

Sustainable business is the future. At Continental Automotive, Sustainability has been placed the one of most important strategic goals. With our ambitious sustainability roadmap, we are decisively pursuing the transformation to a sustainable economy. This is the benchmark for us and for the entire mobility industry.

A leading robot manufacture, Kawasaki has been contributing to automation and labor-saving in production lines of many industries. The presentation will introduce Kawasaki's new challenges to the non-manufacturing sector including the service industry with new robots and data platform.

Remote Robotics Inc aims to realize a remote society where all people can participate, and provides a remote robot platform that connects workers and businesses. The possibilities of new ways of working for people and robots will be spoken with keywords of "remote," "robot," and "community."

In order to realize IoT in factories and PC based equipment control, "ORiN" was created for unified connection of various devices. This presentation will trace the history of "ORiN", an international standard originated in Japan, and introduce its development background, outline, technology, and application examples.

The manufacturing industry is expected to utilize 5G for the sophistication of its own products and the sophistication of product manufacturing. In 5G, not only the reliability and punctuality of communication, but also a mechanism that each robot manufacturer itself can provide communication services as added value, which 4G did not have, will be implemented in the future. I will explain the roadmap and the movement as of 2022.

The next ORiN Ver 3.0 specifications will cover a wider range of fields while responding to new technologies such as IoT and Industry 4.0 and utilizing the assets of the existing ORiN2. "ORiN for ALL", to realize a platform specialized in connecting everything.

At Sagawa Global Logistics, efforts are underway to enhance the efficiency of logistics through the introduction of a lot of robotics equipment such as the automatic shelf transfer robot "EVE" and robotic storage systems dubbed AutoStore. This presentation will introduce DX Digital Transformation in Logistics industry along with examples of real-world applications.

MHI group's digital transformation technology platform create solutions to intelligently connect multiple machinery systems. This presentation outlines development of the intelligent logistics solution, picking solution link with Automated Guided Forklift and other material handling equipment.

NEXTAGE has been used for manual work on hundreds of factory lines in these 10 years. The newest product, "NEXTAGE Fillie", was released this spring with its compactness and dexterity required of humanoid robots and aims to support manual work in a wider range of worksites. In this presentation, we will discuss the expansion of the use of NEXTAGE and its future prospects as people's work styles change.

He joined Kawada Industries, Inc. in 2009. Since 2012, he has worked in the sales department of the Robotics Division. In 2015, he joined the planning department of Kawada Robotics Corp. and has been working on the business development of NEXTAGE, the collaborative humanoid robot.

In the changing environment surrounding manufacturing, we must increase productivity and change the way GENBA works by simple and investment-efficient automation, that is, "Lean Automation". We propose the expectations and issues from the standpoint of manufacturers and robot users.

Joined DENSO in 1983, engaged in process design and production system development for new products. Since 2006, he has been in the manufacturing department and machine equipment department, and is currently in charge of production system development at the Production Innovation Center.

Society and its needs are changing fast. Toshiba, long dedicated to technology and product development, meets today's demands by bringing digitization to business creation. The presentation explains Toshiba's new growth strategy and its contributions to a sustainable society.

Shunsuke Okada joined Toshiba Corporation in 1985. In March 2002, after successfully leading the ICT solutions business, he was appointed Senior Vice President and CDO of Toshiba, and President & CEO of Toshiba Digital Solutions. He chairs the Operating Committee of Q-STAR, Japan's quantum industrialization consortium.

AISIN is aiming for an efficient and easy-to-work-in factory based on the concept of CYBER/PHYSICAL. Through DX, we would like to accelerate electrification and carbon neutrality. Today, we would like to introduce our activities and invite your comments.

Casio Computer is working to optimize the entirety of its value chain in a bid to achieve the maximization of the value it provides to customers. This presentation will cover the intention of AI utilization in smart factories, the background of AI in-house production, introduction of AI for sensory inspections, and AI-based analysis of assembly operations and material handling operation while citing actual examples, throughout stages from planning, development, implementation, to effects.

In the current era of DX, the design, manufacturing, and operation and maintenance phases are facing a variety of issues on the shop floor. We propose digital solutions that make full use of software, such as visualization of huge amounts of production data with SCADA, significant reduction of start-up time with 3D simulators, and analysis of unexpected equipment anomalies with data analysis tools.

O2, a consulting firm specializing in the manufacturing industry, took on the management of IBUKI Inc., an old-style mold maker, and restructured it from the brink of bankruptcy to such an extent as to win the Japan Monozukuri (Manufacturing) Grand Award. The key to this was the development of digital-savvy human resources along with a thereby resulted increase in the self-esteem of the employees. This presentation will introduce IBUKI-style reskilling and upskilling as a case study.

In this lecture, we will explain the technology acquisition and human resource development that we have been working on in order to introduce AI into manufacturing. Then, I will introduce the way of thinking and efforts about "AI engineering" to establish AI as an organizational capability.

Digital twin is about to bring about a big transformation in industries. In this presentation, NVIDIA will introduce examples of NVIDIA Omniverse Digital Twin use cases in various industries, such as Automotive and Manufacturing industries.

The keyword "meta" abounds, but the current state of metaverse utilization needs to be properly understood. This presentation will present a multifaceted view of how it is utilized onsite in the manufacturing industry and the outlook for the future.

Before joining PwC, he worked with a Japanese think tank and a consulting firm.
He has strong expertise in consulting that makes the best use of the characteristics of industry, government, and academia.
He engages in consulting including concept formulation, consortium launch support, technology strategy formulation, technology roadmap formulation support, toward social implementation of cutting-edge technologies in the field of robotics, AI, drones, and metaverses, and so on.
He provides a wide range of comprehensive consulting services, such as policy-making support, research institute technical capability evaluation, and new business development for companies.