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Job Title | Robotics Engineer |
Job Responsibilities |
You will be involved in the development of software systems supporting cutting-edge autonomous driving technology.
-Build high-quality, reliable software architectures for autonomous driving systems that require real-time processing and complex control. -Create clear and comprehensive documentation of system specifications and operations, contributing to team knowledge sharing and improving maintainability. Integration and Optimization of Algorithms for Level 4 Autonomous Driving: -Develop, integrate, and optimize core algorithms for autonomous driving, including sensor data processing, environmental recognition, route planning, and vehicle control. -Leverage advanced mathematical models and artificial intelligence techniques to tackle the challenge of developing algorithms that enable safe and smooth autonomous driving. Rigorous Testing and Verification Before Real-World Deployment: -Thoroughly verify the safety and reliability of developed systems through simulations and field tests using actual vehicles/robots. -Conduct various safety assessments to play a crucial role in the final stages of bringing autonomous driving to practical use. Collaborative Development with Teams in Japan and Vietnam: -Advance projects by integrating the specialized knowledge and technologies of each team. -Maintain close communication to ensure project success. |
Recruitment Background |
Since our founding, we have been deeply involved in robot development, accumulating extensive robot control technology and remote monitoring/control expertise. Leveraging this intellectual property and technical accumulation, we have newly developed "ROBO-HI," a multi-robot platform that maximizes the performance of not only our own robots but also robots worldwide. We are now promoting its nationwide implementation and are entering our third founding phase, aiming for the next leap forward. Amidst the deepening labor shortage due to an aging and declining population, and facing not only rising labor costs but also the sheer unavailability of labor, attention is focusing on the use of physically mobile service robots. Many service robots are beginning to attract attention both domestically and internationally. Furthermore, as the aging social infrastructure increases the need for urban redevelopment, the construction of smart cities and smart buildings, which presuppose the utilization of service robots as next-generation infrastructure, is also progressing. With the enforcement of the revised Road Traffic Act in 2023, which allows autonomous delivery robots to travel on public roads, the market is expected to expand rapidly. |
Employment Type | Full-time Employee |
Work Location | Head Office (Harumi, Chuo-ku, Tokyo) |
Working Hours |
9:00~18:00 |
Holidays | Two full days off per week, over 120 annual holidays including New Year's, 10 days of paid annual leave in the first year, and special leave (for congratulations/condolences), etc. |
Salary | Determined based on experience and abilities, in accordance with company regulations |
Various Benefits |
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Application Requirements | Requirements - C++ - ROS or ROS2 - Background and experience on one of these fields: - Control and Planning - Sensor (LIDAR, camera) integration and processing - Experience working, developing and deploying on Linux systems. - Collaborative and can work in English speaking international work environment Good to have: - Familiar working on cross-functional teams. - Experience working with Real Time Systems - Familiar with simulation environments (Gazebo). - Experience using Orocos. - Japanese communication skills |
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