Software Developer - US Position

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.

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.

Details.

Software Engineer

In the field of short-range mobility, it is a company that continues to grow with a unique business model that combines hardware and services.
The introduction of transportation services using autonomous driving technology is steadily expanding both domestically and internationally, as they are being introduced to airports and large commercial facilities.
In addition, we are also providing mobility that can be operated by individuals for tourist attractions and outdoor facilities, expanding the range of usage scenarios.
In addition to online channels, we are also expanding our distribution network by strengthening partner collaboration.
In recent years, the number of introductions in overseas markets has increased, increasing our global presence.
It is attractive that we are promoting the construction of new mobility infrastructure while achieving continuous growth in both product and service axes.

This is a software engineer position involved in the development of autonomous driving services. We will support the expansion of services together to provide new features and more advanced and stable autonomous driving services as a global leader.

Details.

Automotive Android App Test Engineer

It is a company that develops mobility-related services and promotes the digitalization of transportation and transportation.
In addition to developing a variety of services using its own apps and platforms, mainly taxi dispatch services, it
is also one of only a dozen unicorn companies in Japan, and is co-creating new mobility services with various companies.

In addition to conventional application testing, you will lead test engineering to improve the quality of automotive systems where hardware and software are linked. Our mission is not only to detect defects, but also to create and execute plans to "build quality" from the beginning of development.

Details.

ADAS Technical Product Manager

A global automotive technology supplier develops advanced mobility technologies supporting vehicle electrification, intelligent driving, and next-generation safety systems. The organization collaborates closely with major automotive manufacturers worldwide and operates engineering and development centers across multiple regions.

In Japan, the company maintains R&D facilities dedicated to advanced sensing technologies and intelligent driving systems, supporting global development programs in the field of ADAS and automated driving.

In this role, as an experienced R&D Lead in System Development and Architecture, you will drive complex system engineering initiatives, lead cross‑functional development teams, and act as a technical liaison between customers and internal engineering teams, leveraging your expertise in automotive system design and multi-disciplinary leadership.

Details.

System Validation Test Lead Engineer

A global automotive technology supplier develops advanced mobility technologies supporting vehicle electrification, intelligent driving, and next-generation safety systems. The organization collaborates closely with major automotive manufacturers worldwide and operates engineering and development centers across multiple regions.

In Japan, the company maintains R&D facilities dedicated to advanced sensing technologies and intelligent driving systems, supporting global development programs in the field of ADAS and automated driving.

In this role as a System Validation Engineer for Driver & Occupant Monitoring Systems, you will ensure the quality, reliability, and performance of next‑generation sensor-based automotive systems. You will develop and execute comprehensive test strategies, plans, and environments for camera- and radar-based functions, performing validation across multiple platforms and reporting results that support project success. The role involves technical collaboration with internal teams, cross-functional stakeholders, and OEM partners.

Details.

Flight Safety Engineer

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.

We oversee the flight safety and system safety of satellite launch vehicles, and are entrusted with the design and application work necessary for safe and low-cost launches.

Details.

Large-scale software development (PF software design/system design)

In the automotive parts industry, it is one of the largest companies in Japan in the thermal systems, mobility systems, power train systems, electrification systems, and electronic systems businesses.
We are currently focusing on four areas [electrification, connected systems, advanced safety/automated driving, and non-vehicle businesses (FA/agriculture)].

In recent years, the automotive business and the process of making cars are about to change drastically, and the value of electronic control systems has changed from a single domain to a cross-domain, and from hardware to software.
Among them, our software platform development plays a central role in the ECU system, controlling the hardware and providing the necessary functions to the application (system).
We will provide the functions necessary to grow into a partner that is closer to our customers in a timely manner.

Details.

Vehicle Control Algorithm Engineer|Vehicle Control Algorithm Development Engineer

As an automobile manufacturer that continues to evolve to provide joy to more people 10 years from now, 20 years from now, and beyond, we have been and will continue to take on the challenge of creating new value that is not bound by existing frameworks so that customers around the world can be happy.
The company, which has provided a variety of products loved by many customers based on its solid technical capabilities, is looking for colleagues to integrate with the ICT society and create new services.


You will develop control logic that follows the generated target trajectory with high precision while considering vehicle dynamics. Our mission is to build advanced motion control systems using model predictive control (MPC), modern control theory, and data-driven control, in addition to conventional PID control.

Details.