Mechanical Design Engineer – Space Propulsion | Structural Design Engineer (Space Propulsion)

Senior Structural Engineer

Their team includes members from all over the world and offers a chance to work at the cutting edge of satellite technology and services. Their team includes members from all over the world and offers a chance to work at the cutting edge of satellite technology and services. Their track record includes multiple launch mission successes, a vast network of satellite operations, and collaboration with space industry leaders, both private and governmental, worldwide. Their track record includes multiple launch mission successes, a vast network of satellite operations, and collaboration with space industry leaders, both private and governmental, worldwide.

As a structural design engineer, you will carry out and supervise the design and development of the structural system of satellites.
As a Senior Structural Engineer, you will be responsible for leading and overseeing the structural design and development of satellite systems.

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Design & Analysis Engineer for Spacecraft

The team is a leading venture company within the Japanese space industry focused on rocket component development. Their vision of an accessible space industry is backed by their practical, flexible, and logical approach to design of rocket components which allows them to compete in the market with reliable products that are competitively priced.

In this role you will work to design and analyze rocket components to help further the fast growing and exciting Japanese space industry. Your work alongside talented and skilled colleagues will create new space technologies that will further the goal of making space accessible to humanity.

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Propulsion Systems Architect -Engines & Turbopumps

A Japanese space transportation systems developer and provider of innovative space infrastructure technologies such as rockets and satellites.
We contribute to the development of the space industry by developing world-class, highly reliable products using our cutting-edge design capabilities and spirit of challenge.
We are a company that values a culture in which each employee thinks and acts independently and promotes a highly flexible work style.

You will be mainly in charge of the design of propulsion systems (engines, turbopumps, propulsion systems, etc.).
In cooperation with other personnel in charge of individual component design, you will lead the definition of requirements, architecture design, outfitting design, test planning and analysis of the entire system.
In addition, using the combustion test equipment developed in-house, you will lead the system verification and coordinate the interface with other system personnel to realize the optimal propulsion system design for the entire rocket.

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Propulsion Systems Engineer – Pressurization & Feed

A Japanese space transportation systems developer and provider of innovative space infrastructure technologies such as rockets and satellites.
We contribute to the development of the space industry by developing world-class, highly reliable products using our cutting-edge design capabilities and spirit of challenge.
We are a company that values a culture in which each employee thinks and acts independently and promotes a highly flexible work style.

In the pressurized supply group, which designs liquid rocket propulsion systems and develops necessary equipment, you will be in charge of propulsion system design.

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New Product Development (Optical / Structural / Mechanical Design)

This company is a global leader in factory automation and sensing technologies, providing a wide range of innovative products such as sensors, measuring instruments, vision systems, and microscopes. Headquartered in Japan and operating in numerous countries worldwide, it is known for its strong direct sales approach and commitment to delivering high-value technical solutions that support manufacturing productivity and quality improvement. The organization emphasizes speed, innovation, and quality improvement. organization emphasizes speed, innovation, and customer-centric problem solving, enabling clients across various industries to optimize their processes with cutting-edge automation and inspection technologies.

You will participate in the development of optics, structure, and mechanism of new products.
The main role is to improve the added value of products from the optical, structural, and mechanical aspects, and you will develop products that solve problems by understanding the actual situation of customers.
We discuss with the person in charge of product planning and sales, and in cooperation with the person in charge of circuits and software, we propose and realize the optimal functions, performance, and configuration of the product.
Identifying and establishing principles and elemental technologies is particularly important because it is directly related to the added value of products.

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Senior Robotics Engineer

Their team includes members from all over the world and offers a chance to work at the cutting edge of satellite technology and services. Their team includes members from all over the world and offers a chance to work at the cutting edge of satellite technology and services. Their track record includes multiple launch mission successes, a vast network of satellite operations, and collaboration with space industry leaders, both private and governmental, worldwide. Their track record includes multiple launch mission successes, a vast network of satellite operations, and collaboration with space industry leaders, both private and governmental, worldwide.

You will be responsible for mechanical design and system development of a refueling system that integrates multiple components such as multiple visual sensors, robot mechanisms, and calculators for target measurement and robot control. Visual sensors include visible and infrared cameras, laser ranging devices (LRFs), LiDARs, illumination systems, and more.

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Mechanical Design Engineer (Aircraft Equipment Integration)

A Japanese space transportation systems developer and provider of innovative space infrastructure technologies such as rockets and satellites.
We contribute to the development of the space industry by developing world-class, highly reliable products using our cutting-edge design capabilities and spirit of challenge.
We are a company that values a culture in which each employee thinks and acts independently and promotes a highly flexible work style.

The equipment (electronics, valves, supply piping, electrical harness, etc.) mounted on the rocket fuselage is consolidated, and the layout of the entire aircraft is designed and adjusted.
You will coordinate with the designers of related subsystems and promote work in cooperation with external stakeholders.

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Mechanical Design Engineer (Fluid & Piping Components)

A Japanese space transportation systems developer and provider of innovative space infrastructure technologies such as rockets and satellites.
We contribute to the development of the space industry by developing world-class, highly reliable products using our cutting-edge design capabilities and spirit of challenge.
We are a company that values a culture in which each employee thinks and acts independently and promotes a highly flexible work style.

You will be engaged as the main person in charge of developing various components (cryogenic piping, high-pressure piping, pneumatic valves, solenoid valves, propellant management devices, etc.) to be installed on rocket bodies in the pressurized supply group, which develops equipment necessary for liquid rocket propulsion systems.

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Mechanical Design Engineer - Mechanisms

We are Japan's original developer of space transportation systems, providing innovative space infrastructure technologies such as rockets and satellites.
Armed with cutting-edge design capabilities and a spirit of challenge, we contribute to the development of the space industry by developing world-class, highly reliable products.
We are a company that values a culture in which each employee thinks and acts independently and promotes a highly flexible work style.

This position is responsible for the design and development of mechanical components that operate in extreme environments. The position requires design skills to ensure high reliability under severe conditions such as vacuum, cryogenic temperatures, high acceleration, vibration, and thermal cycles. This is an important role that plays a central role in space transportation systems while collaborating with multiple subsystems.

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