SENIOR ROBOTICS ENGINEER: SOFTWARE AND CONTROL

  • Full Time
  • Atlas
  • Salary Guide: $37,500 - $81,250


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INSTITUTE FOR HUMAN & MACH

IHMC is seeking a talented Senior Robotics Engineer to be part of the IHMC Robotics Team to tackle fundamental challenges in humanoid robots on our At... Role: Robotics Engineer, Category: Engineering, Size: 100249

SENIOR ROBOTICS ENGINEER: SOFTWARE AND CONTROL: INSTITUTE FOR HUMAN & MACH

IHMC is seeking a talented Senior Robotics Engineer to be part of the IHMC Robotics Team to tackle fundamental challenges in humanoid robots on our Atlas, Valkyrie, and Nadia humanoid robots. In this role, you will work full time with the robotics team to design real time planning, control, and interaction algorithms to help make Nadia one of the most advanced humanoid robots in the world. As IHMC is first and foremost a research institute, you will have opportunities to gain experiences and try new things, both with a varied set of responsibilities and through functions like the IHMC lecture series and regular learning lunches.

Position: Senior Robotics Engineer: Software And Control
Location: Atlas
Hours: Full Time
Salary Guide: $37,500 – $81,250
Last Updated: 21 November 2022
Job Category: Engineering

Robotics engineer Role:

Conduct research to determine the parameters of a robotic application. Design robotic systems from start to finish. Develop and implement software that will control robots. Create prototypes and work on necessary components (e.g. microprocessors). Develop cost-effective and efficient processes to produce the machines. Perform integration tests and quality control. Apply machine learning techniques. Create complete documentation for robotic systems. Monitor the use of robotic systems and optimize their functionality. Troubleshoot defects in the robot design. Keep abreast of advancements in robotics and relevant fields of engineering.

Other Duties:

  • Conduct research to determine the parameters of a robotic application
  • Design robotic systems from start to finish
  • Develop and implement software that will control robots
  • Create prototypes and work on necessary components (e.g. microprocessors)
  • Develop cost-effective and efficient processes to produce the machines
  • Perform integration tests and quality control
  • Apply machine learning techniques
  • Create complete documentation for robotic systems
  • Monitor the use of robotic systems and optimize their functionality
  • Troubleshoot defects in the robot design
  • Keep abreast of advancements in robotics and relevant fields of engineering



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