Robotics Software Engineer II; Integration

Robotics Software Engineer II (Integration)

Join to apply for the Robotics Software Engineer II (Integration) role at Mujin US

Mujin is the future of industrial robotic systems in production and distribution environments. Our technology gives robots perception and awareness, enabling them to take on more advanced tasks. Our aim is to revolutionize the use of robotics within industry to free human resources from labor intensive tasks to focus on more intellectual challenges.

As a Robotics Software Engineer - Integration at Mujin, you will collaborate closely with both the software development and integration teams, solving challenging technical problems to deliver our solutions. You will be part of the product development team and leverage your strong technical skill sets to support develop, configure, test, and troubleshoot critical components of the Mujin system. You will provide remote and onsite support for integration engineers and collaborate with the integration team to design and incrementally develop Mujin products.

• Serve as a bridge between the development team and the integration/deployment processes for Mujin’s software products
• Automate and streamline integration workflows to improve efficiency
• Develop and maintain internal and external software tool suites
• Create API and software documentation
• Analyze system performance and create performance reports
• Support configuration and optimization of robotic solutions at customer facilities to meet project requirements
• Identify and resolve issues in code developed by other team members
• Configure and troubleshoot software systems to ensure seamless integration and deployment
• Provide technical support and expertise to help resolve integration-related issues that arise

• Bachelor’s degree required or Masters preferred in Computer Science, Robotics, or Computer Engineering with a minimum of two years of experience in the following:
  • Software configuration and deployment
  • Coding in C++, Python, and other languages using Linux
  • Generating advanced physics models related to hardware
  • Performing reliability and validation testing related to all software developed
  • Working with real-time computing technologies, including but not limited to RTOS, Linux kernel module development, Ether
    
    CAT or similar real-time systems and protocols
• Willingness to travel 75% of the year, as required by project demands, allowing you to provide onsite support and engage with customers effectively