Software Engineer for Industrial Robot Applications (C++)

Mujin develops "MujinController," a platform that leverages a real-time digital twin and advanced robotics to seamlessly connect industrial equipment for fully autonomous operations.

Driven by our unique approach towards Robotics Machine Intelligence (MujinMI), we offer a robust suite of perception, planning, and control algorithms, enabling autonomous robot movement and transforming automation in challenging industrial environments.

Trusted by globally recognized companies, our cutting-edge technology enhances efficiency and innovation across the supply chain. With headquarters in Japan and expanding offices in China, the US, and Europe, Mujin offers a dynamic, fast-growing environment where your work directly shapes the future of automation.

 

We work in a fast-paced, agile environment where we constantly collaborate, review ideas amongst peers, and test proposed solutions. We encourage continuous learning and brainstorming of ideas within the team!

As a part of the Robotics System Team, you will be focusing on algorithmic design, development, and deployment of robotics technologies.

 

 

Minimum Requirements

• Academic background in computer science, robotics, or related fields
• 3+ years of academic or work experience in robotics or software engineering
• Proficiency in C++ and Python
• Experience using linear algebra and 3D geometry to solve engineering problems
• Experience with Linux
• Highly enthusiastic about robotics

 

Preferable Requirements

• Experience with developing concurrent and hierarchical robotic software systems such as OpenRave or ROS
• Experience with software development in medium to large scale team
• Experience with multi-joint robot hardware
• Advanced Linux user
• Mathematical background such as multibody dynamics, collision checking, search algorithms and optimization

 

Attractiveness

• We are focused on solving real-world problems and your contributions are deployed quickly to empower industrial robots to perform tasks that were previously impossible.
• Our team members come from specialized areas in robotics and have achieved degrees from schools such as Nanyang Technological University, Carnegie Mellon University, and Stanford University, and some have won top prizes in robotics competitions.
• We use “machine intelligence” to make our robots intelligent. It's a fusion of real-time motion planning, perception, simulation, and control technologies. Check this article for more info.

 

Interview Process:

• Coding Assessment: Initial technical evaluation.
• HR Interview: Discussion with Human Resources.
• Hiring Manager Interview: One or two rounds with the hiring manager.
• Take-Home Assignment & Feedback Interview (If Applicable): A task to complete on your own, followed by a feedback session.

 

• 3-8-5 Tatsumi, Koto-Ku, Tokyo 135-0053, Japan

 

• 8:45 - 17:45 (with a 60-minute break)