Our Tokyo Engineering team is changing gears to meet the growing needs of our customers - from a handful of robots to hundreds of robots; from a small team to multiple squads. The team works closely with some of the premier enterprise customers in Japan to build state-of-the-art robotics solutions by leveraging rapyuta.io, our cloud robotics platform, and the surrounding ecosystem. The team mission is to provide computer simulation of robots interactions with the environment and with each other to be provided as a service for both the company and future clients/partners.
Your responsibilities
- Designing, implementing, testing, and enhancing robotics simulation tooling and software for multi-robot
- Developing deterministic and high-fidelity simulations
- Optimizing simulation performance
- Integrating the simulation with existing software
- Building and maintaining a scalable cloud-based simulator in a parallel configuration
- Actively participate in enhancing the design of existing software components to improve their functionality and performance.
- Contributing to core team processes and to company-wide efforts
- Identifying opportunities for improvements in engineering processes and make relevant recommendations
- Maintaining a high-level of communication with cross-functional teams and partners
Minimum qualifications
- Bachelor’s or Master’s degree in Computer Science, Robotics, or a similar technical field of study
- Familiar with Config Management, Docker, IaaS, PaaS, Continuous Delivery, Continuous Integration, DevOps, ChatOps
- Solid understanding of network fundamentals and practical experience troubleshooting networked services
- Advanced proficiency in C++ 11 or above
Preferred qualifications
- PhD in Computer Science, Robotics, or a similar technical field of study
- Hands-on experience on Robotics, especially in ROS2
- Hands-on experience on Simulation, especially in Unreal Engine 4
- Recent experience with high performance, cloud, or distributed computing
- Experience with physical system modeling and simulation
- Demonstrated proficiency with: Linux systems, public cloud platforms, and associated tools/technologies
- Experience in designing, analysing and troubleshooting distributed systems
