Development of sensor devices for infant abandonment detection sensors (Aichi)

Mechanical Design Engineer – Arc Welding Systems (Requirements Definition & Project Management)

We provide innovative solutions to meet the diverse needs of society and our customers. In particular, within the Design Marketing Division, we focus on 'customer-centric business activities,' promoting the creation of brand culture, developing new markets and businesses, maximizing existing businesses, and further enhancing the overall competitiveness of the company through strengthening UX design and modernizing marketing. Additionally, in the Planning Operations Division, Planning and Management Department, I continuously execute optimization of people, processes, and technology, and take on the role of leading company-wide transformation projects and organizational reforms. By introducing diverse career support systems and flexible work styles tailored to a global business environment, we have established a system where each employee can grow while contributing to solving social issues.

In the various manufacturing industries that support Japanese manufacturing, labor shortages are becoming increasingly severe, and the demand for labor-saving is growing ever stronger. The demand for our welding systems is especially high in the highly specialized and complex process areas we provide.
In this context, it is urgent to strengthen the concept and mechanical design that are the core of our systems, in order not only to achieve labor-saving that our customers need but also to continue delivering the value of our core welding process.

Details.

Hardware Engineer (Future Leader Track) | Drone Aircraft Development Engineer (Next-Generation Leader Candidate)

We are a technology company focused on researching and providing unmanned aerial systems for industrial applications and operational management platforms for low-altitude areas.
We have extensive implementation experience across diverse sites such as surveying, equipment inspection, and agricultural support, and our management technologies have been adopted for standard operations in multiple regions.
In recent years, we have expanded our business by establishing corporations overseas and conducting large-scale fundraising, and we have continued to participate in public-private projects. Aiming to create a new low-altitude mobility industry that integrates hardware, software, and operational integration platforms, we are promoting the construction of a global platform.

As a hardware engineer responsible for designing and developing unmanned aerial systems for industrial applications, you will be involved in the advancement of existing products and the development of new ones.
We are involved in the entire process—from concept design to prototyping and on-site verification, to mass production design—spanning mechanical, electric, and embedded fields, driving product development with a global market in mind.
In the future, this position is expected to play an active role as a core leader of the development team and as a candidate for executive roles related to product strategy and business growth.

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Development of thermal model-based power training units

With strengths in powertrain, driving safety, body technology, and CSS, we are among the world's top five major automotive parts manufacturers.
Based on a stable foundation, we are expanding our business areas into cutting-edge technology development such as software. We also conduct joint development with Toyota Motor Corporation, constantly working on the latest technological developments.

You will mainly be responsible for developing thermal model-based electric units such as PHEV/HEV and eAxle.

Details.

Sensor fusion development for entry-level products

With strengths in powertrain, driving safety, body technology, and CSS, we are among the world's top five major automotive parts manufacturers.
Based on a stable foundation, we are expanding our business areas into cutting-edge technology development such as software. We also conduct joint development with Toyota Motor Corporation, constantly working on the latest technological developments.

For sensor fusion development based on the integration of multiple sensors (UWB/camera/millimeter wave) in entry-level products, you will be responsible for developing simulation technologies utilizing CAE, electromagnetic field analysis, and radio wave propagation analysis.

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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.

Details.

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

This is a space-related startup starting from university-based technology. We develop and manufacture propulsion machines for small satellites, leveraging proprietary technology that balances high safety with environmental considerations. Evaluated by domestic and international satellite manufacturers, it has achieved multiple space demonstrations to date. Currently, commercial projects and mass production projects are underway, and despite being a research and development company, it continues to achieve stable business growth.

This position involves a comprehensive process from structural design and analysis of propulsion devices for satellites, to jig design, assembly, and testing. In the rapidly growing global demand for electric propulsion fields, you will be directly involved in cutting-edge technology development, experiencing every phase of manufacturing—from product concept design to operation in space. By collaborating with experts in each field to derive optimal solutions to various technical challenges such as weight reduction, thermal efficiency, and assembly quality due to miniaturization, you will acquire a high level of expertise that allows you to take a comprehensive view of the entire propulsion machine.

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Body Electronics Mechanical Design Engineer

A major automotive supplier of technologies such as lighting, electronics, sensors and autonomous driving systems.

This role is responsible for leading design solutions for complete devices, assemblies, and components within development projects. Acting as the key technical interface for Japanese customers, the position translates customer requirements into structured inputs for global engineering teams while supporting project execution, design validation, and technical coordination.

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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.

Details.

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.

Details.