Role: Software Engineer V
Location: Fremont, CA(Onsite)
Duration: 31 W, 1 Days
MINIMUM QUALIFICATIONS
· Bachelor’s degree in Robotics, Computer Science, Electrical Engineering, or a related field
· 5+ years of experience coding with C++ and Python, focusing on the design and development of robotics solutions
· Familiarity with industry standard software development methodologies, version control systems, and software testing techniques
· Full-stack abilities encompassing algorithms and backend services tailored to robotics applications, for example:
· Backend software system such as Thrift, Tupperware, fbcode, or Scuba
· Machine learning, Computer vision and imaging applications in robotics
· Proven ability to analyze complex problems, identifying constraints, and develop robust solutions
· Ability to work effectively in a team environment, collaborating with hardware engineers, system engineers, and other stakeholders
· Track record of navigating ambiguity, pioneering process for new technology development, and deploying products effectively for operational success in real world scenarios
PREFERRED QUALIFICATIONS
· Master’s degree or above in Robotics, Computer Science, Electrical Engineering, or a related field
· Expertise in one or more of the following areas:
· Backend software system such as Thrift, Tupperware, fbcode, or Scuba
· Machine learning, Computer vision and imaging applications in robotics
· Robotics platform such as ROS, ROS2
· Robot arm and manipulator techniques
· Robot control system, including position, velocity, and force control
· Linux and networking
· Strong track record of contributions to the robotics development community
· Familiarity with hardware design and integration processes in robotics system
· Experience with data analysis tools or collaboration with data analysts
· Demonstrated ability to scale solutions, with a mindset focused on scalability principles
RESPONSIBILITIES
1. Develop and integrate software algorithms for robotic automation systems, including robot backend services to enable data center physical autonomous operation and efficient task execution
2. Design and optimize software architecture to ensure computational efficiency and resource utilization, leveraging best practices and coding standards to enhance overall robotic system performance
3. Collaborate with XFN teams (system engineer, hardware engineer, QAQC, production engineer, operations) to integrate software components with hardware systems, ensuring seamless communication and interoperability for optimal robotic performance
4. Conduct rigorous testing and validation of software modules and systems, employing simulation tools and real-world testing scenarios to verify functionality, performance, and safety requirements
5. Stay updated on advancements in robotics software technologies and methodologies, continuously evaluating and integrating new tools, techniques, and libraries to improve development efficiencies and explore innovative solutions
6. Document software design, architecture, and implementation details, fostering knowledge sharing within the robotics automation team and providing technical guidance to junior engineers