Design & Analysis Engineer for Spacecraft

Powertrain OBD System Control Development Engineer

This company is a global technology leader driving major innovation in the rapidly evolving mobility industry. With active development across electrification, autonomous systems, connected services, and software‑defined mobility, the organization is advancing large‑scale digital transformation on a worldwide scale. Employees work in a diverse, international environment where they can take on meaningful responsibility, collaborate across regions, and contribute directly to next‑generation mobility solutions.

This position is responsible for developing OBD (On-Board Diagnostics) systems that support vehicle safety, environmental performance, and regulatory compliance in the mobility industry, where electrification and SDVs (Software Defined Vehicles) are accelerating.

We are consistently involved in OBD control system requirements development, control design, simulation evaluation, regulatory compliance, and certification work for a wide range of powertrains including engine vehicles, hybrid vehicles, EVs, and e-POWER. Through diagnostic and monitoring systems essential for next-generation vehicle development, you will contribute to improving the quality and reliability of vehicles for the global market.

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Powertrain System Control Development Engineer

This company is a global technology leader driving major innovation in the rapidly evolving mobility industry. With active development across electrification, autonomous systems, connected services, and software‑defined mobility, the organization is advancing large‑scale digital transformation on a worldwide scale. Employees work in a diverse, international environment where they can take on meaningful responsibility, collaborate across regions, and contribute directly to next‑generation mobility solutions.

Our organization handles a wide range of control and software technology development, including the development areas of the affiliated organization, business overview, and roles within RD,
position: coordinated control between EVs, engines, transmissions, and other powertrains and vehicles, electronic control of gasoline engines, battery management system development, EV energy management control, motor drive force control, as well as tools and platforms to support control development. Under the DNA of "doing what others don't do," we develop a wide range of control and software technologies.

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eVTOL Gas Turbine & Hybrid System R&D Engineer – Mechanical | Research and Development of Gas Turbine and Hybrid Systems for eVTO (Mechanical Field)

As a global mobility manufacturer group's research and development company, we are responsible for developing a wide range of advanced technologies including four- and two-wheel, electrification, autonomous driving, and connected technologies. We are also engaged in research and development in the aerospace sector, such as reusable rockets and space-related systems, aiming to realize next-generation mobility and social infrastructure. We have established an environment where we can be involved in everything from basic research to mass production development, and we are a company that promotes innovative technology development with a global market in mind.

World-class RD company within a global mobility group, engaged in the development of a wide range of advanced technologies, including automobiles, motorcycles, electrification, autonomous driving, and connected mobility. The company is also expanding into the aerospace sector, developing technologies such as reusable rockets and space-related systems to help shape the future of mobility and social infrastructure. With an environment that supports involvement from fundamental research through mass-production development, it drives innovative technologies for global markets.

You will be involved in research and development in the mechanical field of gas turbine hybrid systems for eVTOL (Electric Vertical Takeoff and Landing Aircraft).

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Vehicle Electrical Systems Reliability Engineer | Reliability Planning Development Engineer - Automotive Electrical Components Systems

This company is a global technology leader driving major innovation in the rapidly evolving mobility industry. With active development across electrification, autonomous systems, connected services, and software‑defined mobility, the organization is advancing large‑scale digital transformation on a worldwide scale. Employees work in a diverse, international environment where they can take on meaningful responsibility, collaborate across regions, and contribute directly to next‑generation mobility solutions.

You will be responsible for evaluating the functions, performance, and reliability of software/hardware for automotive electronic electronic systems, developing electronic components, building evaluation methods and environments, developing EMC advanced technologies, vehicle compatibility testing, functional safety design, and assessment.

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Mechanical Design Engineer for EV/Electric Components

This company is a global technology leader driving major innovation in the rapidly evolving mobility industry. With active development across electrification, autonomous systems, connected services, and software‑defined mobility, the organization is advancing large‑scale digital transformation on a worldwide scale. Employees work in a diverse, international environment where they can take on meaningful responsibility, collaborate across regions, and contribute directly to next‑generation mobility solutions.

You will be responsible for strategic planning, early component development, and project parts development for EV electric components.
*Electric components: Components for oil cooling, such as electric motors, electric oil pumps, electric oil coolers, and piping.

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Next-Generation Reusable Rocket Structures & Mechanisms Engineer

As a global mobility manufacturer group's research and development company, we are responsible for developing a wide range of advanced technologies including four- and two-wheel, electrification, autonomous driving, and connected technologies. We are also engaged in research and development in the aerospace sector, such as reusable rockets and space-related systems, aiming to realize next-generation mobility and social infrastructure. We have established an environment where we can be involved in everything from basic research to mass production development, and we are a company that promotes innovative technology development with a global market in mind.

World-class R&D company within a global mobility group, engaged in the development of a wide range of advanced technologies, including automobiles, motorcycles, electrification, autonomous driving, and connected mobility. The company is also expanding into the aerospace sector, developing technologies such as reusable rockets and space-related systems to help shape the future of mobility and social infrastructure. With an environment that supports involvement from fundamental research through mass-production development, it drives innovative technologies for global markets.

You will be responsible for research and development in the field of airframe structure and mechanisms to realize reusable rockets. Through the design, analysis, and evaluation of propellant tanks, airframe structures, TVC, control surfaces, landing mechanisms, and separation mechanisms, you will promote the development of safe and reliable rocket systems. This position allows you to collaborate with internal and external research institutions and partners to take on the challenge of creating next-generation space mobility.

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Mechanical & Structural Design Engineer (Defense, Space, Advanced Equipment Development)

A global company operating in Japan for over 125 years. We promote cutting-edge innovation across a wide range of fields, including social infrastructure, space defense technology, and public solutions. With approximately 60,000 employees domestically, we are spreading Japanese-originated technologies and innovations to countries around the world.

In system development projects for the Ministry of Defense, you will be responsible for structural design of aircraft, vehicles, unmanned aerial vehicle mounting devices, large antennas, robots, and more. This position is consistently involved in everything from customer requirements analysis and specification formulation to overall design considering strength, thermal, vibration, and waterproofing, coordination with manufacturers, and technology development. Leveraging expertise in mechanical engineering and structural design, you will contribute to the development of advanced products that support national security.

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Vehicle Body Design Engineer

Our company is a mobility startup aiming for mass production and social implementation of ultra-compact EVs, divided into single-seater and moped categories. We tackle regional mobility challenges and minimize environmental impact, building an integrated system from design and manufacturing to sales and after-sales support, and CRM. Mass production is scheduled to begin in October 2025, and we are promoting a business that redefines "mobility options."

This is a vehicle design engineer position for small mobility robots. In the initial phase of mass production, you will be involved in improving quality and assembly readiness, as well as developing future models and overseas expansion, covering the entire vehicle body—from the white body (framework) to exterior and interior parts, electrical wiring, and component design. You will not only turn designs into drawings but also collaborate with quality assurance and production management, consistently working on "how to bring this design to life."

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Hardware Mechanic Engineer

A startup company that provides electric kickboard and electric bicycle sharing services with the aim of popularizing micromobility.
Stations are set up mainly in urban areas, and a system is being developed to make short-distance travel easier and more efficient.
Easily accessible via a dedicated app, it is attracting attention as a sustainable means of transportation.
We are developing sustainable mobility services that reduce environmental impact and include solutions to urban transportation issues as well as rural transportation issues.

In improving the quality of electric micromobility and developing new technologies, you will leverage mechanical technology to provide safer and more secure vehicles and services.

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