Presentation by executives from ispace and EdgeCortix which will explore space missions and applications that demand advanced autonomy, highlighting the edge AI compute capabilities that enable these innovations. Audience questions will be welcomed.

Speaker: Paul Burton, Managing Director APAC, Aviation Week Network
Part 1- ‘Developments in CCA Technologies and Programs’
Part 2- ‘Asia Defence Market Trends and Forecasts’

This presentation analyzes the impact of global megatrends (policy, economy, society, and technology) on Japan's defense and space industry, and considers the long-term direction of Japan's defense and space industry

Canada's aerospace industry has invested heavily in innovative technologies and start-ups, developing several clusters devoted to emerging technologies such as drone autonomy, manufacturing automation, and others. The Executive Director of Canadian Advanced Air Mobility Consortium Mr. JR Hammond will speak about this exciting landscape.

Discover how AW3D's 3D map, built on over 4,000 satellite imagery projects, is redefining industries and shaping the future.

UNIDO invites officials and experts from India, Vietnam, Morocco, South Africa and Tunisia to Japan to introduce the latest trends, investment opportunities, procurement opportunities and incentives in the aerospace sector.

Participants will be familiarized with the Performance Review Institute (PRI), most specifically the Nadcap program, administered by PRI. During this collaborative workshop, attendees will learn about the benefits of critical process accreditation, and how this globally recognized program provides the highest degree of supply chain oversight and operational risk management mitigation. Realize why more than 60 of the world’s most prestigious Aerospace & Defense OEM’s, in collaboration with 4300+ Nadcap accredited suppliers, collectively participate in the Nadcap program to ensure aerospace customers receive high-quality products, and increased supply chain resilience.

In the aerospace and defense industry, there is a growing momentum towards product and technology development. However, relying on outdated methods such as following precedents and perseverance may lead to various problems that have become apparent in other industries. It is essential to learn and incorporate scientific management methods.

In this presentation, we will introduce the key points of this approach with a case study from overseas company.

We will introduce how our force, pressure, and acceleration sensors are used in space equipment testing overseas.

Overview of ARINC Industry Activities: The Airlines Electronic Engineering Committee (AEEC), Aviation Maintenance Committee (AMC), and Flight Simulator Engineering and Maintenance Committee (FSEMC). The presentation will provide the current status of ARINC standards currently in development for CNS/ATM. Additionally, the presentation will highlight ARINC Standards that have been adapted for use outside of commercial aviation. The presentation will introduce Aerudition and how this searchable tool can help companies gain visibility into issues other airlines and suppliers are having.

Nowadays, in aircraft manufacturing, there are still lots of manual processes in the fluid handling and dosing applications. It is very time consuming, bears the risk of human error and no reliability. Furthermore, the cartridges are extremely expensive, where the whole cartridge content must be mixed and fully consumed. Therefore, ViscoTec developed a unique process technology, which allows to perform these applications automatically, which includes bonding, sealing, honeycomb potting, insert bonding, edge filling & sealing. Hence, we can handle fluids with very high viscosity, precise requirements for mixing ratio and compressibility, which brings the benefit of less material waste, lower production costs, which are crucial in the Aerospace applications. More importantly, ViscoTec recently launched the mix-on-demand station in which our systems are used as a stationary solution, to mix the material in the exactly required amount for immediate use or to fill it into cartridges and with that the system could fully replace the use of Semkit/Techkit cartridges.

Provides an overview and capabilities of surveillance, reconnaissance, and attack systems using UAVs (unmanned aerial vehicles and drones).

Introduction of the Business Co-Creation Program offered by Space Shift and case studies with partners

Future Outlook for the Helicopter Business

High-strength hydrogen pipe connectors are required to have low cost, stable quality, and complex, highly functional shapes. We will introduce a 3D printing method using ferrous superalloy materials.

IFS Cloud for Aviation Maintenance, an MRO solution specialized for aerospace and defense, transforms aviation maintenance through data and advanced AI technologies. We will present it along with real-world case studies.

I. Introduction
II. Chemical Management Service
III. Customized Packaging Service
IV. Case Studies and Testimonials
V. Conclusion

The aerospace industry is talking about Digital Engineering in product development and supply chain to improve quality, reduce costs, improve integration, and increase workflow efficiencies. Digital standards – technical standards as digital artifacts, not PDFs - are critical for interoperability across these digital ecosystems. These digital standards will come from a variety of organizations, including standards development organizations (SDOs), governments, and manufacturers. Despite coming from multiple sources, it is imperative for digital standards to be interoperable.
The Digital Standards Alliance (DSA) aims to develop and promote best practices for digital standards to accelerate standards data integration. The DSA members represent industry – aerospace manufacturers and PLM software companies – with the SDOs and government agencies. It will also collaborate with other initiatives and organizations to ensure interoperability of digital standards in larger ecosystems.

By examining real instances of data breaches in cloud translation, we will discuss the solutions that can be implemented, using examples from Japan and abroad.

Current situation of the aerospace industry in Mexico, participation of the state of Chihuahua in the aerospace sector, installed companies, trade opportunities, production opportunities, opportunities to produce in Mexico
and export to North America and other main markets. Investment attraction and strategic alliances. North American and European certifications. Mexico and the NAFTA/TMEC rules.

This presentation will include an overview of Advanced Land Observing Satellite-4 “DAICHI-4”(ALOS-4), and an introduction of Mitsubishi Electric's initiatives in satellite data solution.

The space industry is seeing extraordinary growth as technology evolves and new possibilities are created. Global collaboration between governments and industry is increasing significantly. Commercial and defense applications for space continue to expand, while systems become more complex and the demand for these systems sooner and faster is sky-high. This fulcrum of growth, complexity and demand has resulted in an imperative for digital engineering in aerospace & defense, and the crescendo of this imperative is most resounding in space. The commercial technology exists today to make digital engineering and digital mission engineering a reality for governments and industry, helping solve new problems and spur innovation in key space application areas such as Earth Observation, Communications, Constellations, Launch, and Reusable Reentry.

We will introduce the usefulness of the FIDES system reliability calculation method and our S&MA services in general.

Lightweighting is crucial for drones and air mobility. With a carbon 3D printer, you can create high specific strength CFRP parts and achieve shapes that are impossible with conventional components, all in just one day!
We will introduce examples of how this significantly shortens delivery times.

This presentation will include an overview of the SLIM project, the world's first successful high-precision
landing on the Moon, and an introduction of Mitsubishi Electric's initiatives in SLIM project.

We will introduce our MBSE/AI/CAE consulting services for process innovation in the aerospace and defense industry.

One of the most promising routes is alcohol-to-jet (ATJ), which uses ethanol as its base. This route has been identified by experts as the only viable solution in the short term to meet the international aviation target of carbon neutrality by 2050. Ethanol is a renewable, available, and efficient solution to complement different technologies, considering the context of each region. This seminar intends to share information about Brazilian ethanol production and its potential to support the aviation sector´s decarbonization goals, with a focus on the ATJ route for SAF. The speakers will highlight about Brazilian ethanol attributes, production capacity, and perspectives for potential cooperation with Japan.