Control System Engineer Specialist

Argonne National LaboratoryLemont, IL
$107,220 - $157,477Hybrid

About The Position

Responsible for developing, implementing, and supporting hardware and software for beamline control, data acquisition, and data analysis for synchrotron light source beamlines. Leverage an advanced control software framework to modernize our control systems, streamline data workflows, and ensure flexible integration with emerging scientific instruments. Utilize knowledge and experience with software development in C and C++ under Linux-based operating systems, and work with common Linux command shells. Responsible for software development in high-level languages such as Python. Use collaborative software control technology such as Git. Analyze, problem solve, and troubleshoot at the interface between hardware and software, and in operating electronic diagnostics equipment. Utilize digital and analog electronics with an emphasis on robotics. Responsible for embedded controller development. Use ROS/EPICS and other advanced distributed control middleware platforms, supporting the development of scalable robotics and industrial automation systems. Translate scientific requirements from clients into technical solutions and documentation. Use AI/ML technologies for process automation and adaptive control. Telecommuting 3 days per week permitted.

Requirements

  • C
  • C++
  • Linux
  • Python
  • Git
  • Embedded controller development
  • Process automation

Nice To Haves

  • Robotics
  • Digital and analog electronics
  • ROS/EPICS and other advanced distributed control middleware platforms
  • AI/ML technologies

Responsibilities

  • Developing, implementing, and supporting hardware and software for beamline control, data acquisition, and data analysis for synchrotron light source beamlines
  • Modernizing control systems, streamlining data workflows, and ensuring flexible integration with emerging scientific instruments
  • Software development in C and C++ under Linux-based operating systems, and working with common Linux command shells
  • Software development in high-level languages such as Python
  • Using collaborative software control technology such as Git
  • Analyzing, problem-solving, and troubleshooting at the interface between hardware and software, and in operating electronic diagnostics equipment
  • Utilizing digital and analog electronics with an emphasis on robotics
  • Embedded controller development
  • Using ROS/EPICS and other advanced distributed control middleware platforms, supporting the development of scalable robotics and industrial automation systems
  • Translating scientific requirements from clients into technical solutions and documentation
  • Using AI/ML technologies for process automation and adaptive control

Benefits

  • Standard benefits apply
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