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The software engineer will be responsible for developing the software interface between the satellite and the propulsion system.

The software interface for the propulsion system and satellite is very important, as it greatly affects the user experience. We would like to produce the software in-house as much as possible, but currently we are working with an external company.

- Software interface design
- Coordination with collaborators
- Coordination with project managers
- Software evaluation and testing
- Integration into the system
- Softwar ...

The Propulsion Engineer will be responsible for the design, testing and analysis of propulsion systems
- Design of propulsion system
Improvement of design methodology
- Investigation of suppliers
- Test plan of propulsion system
- Preparation and execution of propulsion system test
- Test data analysis
- Improvement of data analysis methods
- New technology development ...

The systems engineer will be responsible for implementing the design of the propulsion system and other systems.
- Design of propulsion system
- Coordination with each component developer
- Coordination with project managers
- Detailed comparison with systems of other technologies
- Preparation and execution of system tests
- Analysis of test data
- Improvement of data analysis methods
- Value-added creation from a systems perspective ...

The Thermal Engineer will be responsible for performing thermal design, testing, and thermal analysis of propulsion systems. Since there are no clearly defined standards and methods for thermal design in hybrid chemical propulsion, we are proceeding by establishing our own standards and methods through conversations with potential clients.

- Thermal Design of Propulsion Systems
- Improvement of thermal design method
- Investigation of thermal design methods
- Build or procure software required for thermal design
- Preparation and execution of pro ...

The electrical engineer is responsible for designing, testing, and evaluating the electronic boards required to operate the propulsion system, as well as building the boards for data collection necessary for ground testing.

- Design of electronic boards for propulsion systems
- Improvement of design method
- Investigation of procurement sources
- Improvement of data collection system for ground test
- New technology development ...

The mission of an embedded systems software test engineer concerns the on-board computer (OBC) of our satellites throughout its whole life-cycle, which includes design, development, testing, and troubleshooting. Required Attitude for this role are as follows:
・Goal Oriented and Result Driven
・Aim for overall optimization, not only the test, or even the team, but the entire organization
・Autonomy, ability to work from a technical specification or write your own
・Emphasis on collaboration and teamwork
・Share the knowledge: be a mentor for ot ...

[Work content]
・Development, design, testing and verification of electric and electronic circuits
Target: Analog circuits, digital circuits, microcomputer peripheral circuits (DCDC converter, sensor I/F, charge/discharge circuit)
・ Incorporation of circuits into propulsion equipment and implementation of tests

[Attractiveness of work]
・You can put yourself in the world's most advanced development of electric propulsion, which has been attracting attention in recent years.
・You can be involved in various phases of the development of propul ...

Circuit design and embedded software development of autonomous transport robot and peripheral mechatronics equipment ...

You will be responsible for a wide range of project management, including organizing requirements, formulating plans, and managing projects, with a focus on national projects. You will also be responsible for market research and strategy planning in collaboration with the business side. In particular, you will be involved in end-to-end projects for the Ministry of Land, Infrastructure, Transport and Tourism, from planning to execution.

- Project planning and policy formulation
- Compiling project requirement specifications
- Project management (prog ...

Responsibility:
- Design and implementation of actuator's real-time control (sequence control and close-loop control) in C on microcontroller (32 / 16/ 8 bit)
- Design and implementation of UART (RS422), I2C, SPI communication
- Building testing environment on PC (Visual C# etc.)

Attractiveness:
- You can put yourself in cutting-edge development of electrical propulsion system, which is receiving attention these years
- You will take part in various phases of satellite's propulsion system, from concept design, to manufacturing, to testing, to ope ...

You will be primarily responsible for data analysis on the following themes:

Examples:
- Statistical modeling of information such as individual food preferences
- Compiling a database of food attributes useful for automatic cooking ...

To create cooking robots and other commercial robots as a team

Scope:
- Robot related software
- Recognition, image processing, etc.
- Control, operation planning, etc.
- Sensor processing
- System programming
- Algorithm design and implementation
- Overall design of the robot ...

The team is aiming to develop an efficient robot network that links cooking robots and labor-saving robots on the cloud, and to build infrastructure systems for robot IoT and AI analysis on the cloud. You will work with the robotics development team to handle frontend development.

Scope:
- Backend implementation using Python3 + Django (REST API, WebSocket, gRPC, etc.)
- Development of integrated management cloud system for multiple robots
- Robot cooking process database design and development
- General system architecture design for cloud, on-pre ...

In charge of defining requirements, creating specifications, and outsourcing management for the applications that controls autonomous drones.
Involved in all aspects of development, from suggesting improvements to the autonomous drone system currently under development, planning the development schedule, and carrying out all development work from research and development to product development.

- Define requirements for the drone operation system, create specifications, organize issues, and set direction
- Negotiate with development outsourcers and ...

Design and develop drones for indoor and outdoor use.
You will be responsible for proposing improvements to the autonomous flying drone system currently under development, planning the development schedule, and performing consistent development work from research and development to product development.
In addition to the development work, you will also be required to conduct technical research on the development process.

<Specifically>
- Examination of specifications for outdoor drones, charging stations, and peripheral equipment
- Exterior and me ...

You will be responsible for business development/sales promotion of products and services developed within national projects. Together with stakeholders participating in national projects, we are providing verification, feedback, and volume of prototype products and services to construction industry stakeholders in the context of a major labor shortage that is expected to occur in the near future in the construction industry, which has a market size of 60 trillion yen. We will be responsible for a wide range of areas such as sales systems and building ex ...

You will be in charge of developing sensing systems (SLAM systems) and navigation systems used by autonomous flying drones.
You will be proposing improvements to the autonomous flying drone system currently under development, planning the development schedule, and performing consistent development work from research and development to product development.
In addition to the development work, you will also be required to conduct technical research necessary for development.

Tasks in specific:
- Product review and requirement definition in collaborat ...

Design and develop electronic circuits for small industrial drones and drone peripherals (optional parts such as infrared sensors) that we develop and manufacture.

<Specifically>

・Electrical design of small industrial drones
・Product development related to drone peripherals
・Proposing new functions and systems
・Verification and testing of developed circuits
・Negotiations and work with outsourcing companies ...

We will be responsible for defining requirements, creating specifications, and managing outsourcing for applications that operate autonomous flying drones.
You will be responsible for proposing improvements to the autonomous flying drone system currently under development, planning the development schedule, and performing consistent development work from research and development to product development.

Tasks in specific:
- Requirements definition/specification creation for drone operation system/Organization/orientation of issues
- Negotiations wit ...

You will be in charge of developing sensing systems (SLAM systems) and navigation systems used by autonomous flying drones.
You will be proposing improvements to the autonomous flying drone system currently under development, planning the development schedule, and performing consistent development work from research and development to product development.
In addition to the development work, you will also be required to conduct technical research necessary for development.

Tasks in specific:
- Product review and requirement definition in collaborat ...