Senior Embedded Software & Controls Engineer

• System-level performance improvements
• Precision motion control (micron/sub-micron accuracy systems)

Brooks is a leading provider of automation solutions with over 40 years of experience in the semiconductor industry, offering precision robotics, integrated automation systems, and contamination control solutions that empower chip manufacturers worldwide. Our product portfolio includes a range of automation solutions, including robots, vacuum systems, and atmospheric robots for semiconductor manufacturing ().

Are you looking for a place where you can be part of a transformation? Join us at Brooks Automation and be a part of a dynamic organization that is shaping the future of technology.

We are seeking a highly skilled Senior Embedded Software & Controls Engineer to work on the development of next-generation control systems for advanced levitation-based motion platforms. This role will focus on implementing high-performance DC commutation strategies and distributed control architectures to enable precision 6

DOF motion of magnetically levitated structures.

The ideal candidate will bridge advanced control theory with real-time embedded execution, delivering robust, low-latency control solutions tightly integrated with custom electronics, sensors, and actuation systems.

• Design and implementation of real-time embedded control software for levitation systems, including:
  • DC commutation algorithms for multi-phase electromagnetic actuation
  • High-bandwidth closed-loop control for precision positioning
  • Distributed control coordination across multiple nodes and processors
• Translate advanced control models into efficient embedded software, including:
  • State-space and model-based control implementations
  • Sensor fusion for multi-degree-of-freedom feedback systems
  • Deterministic real-time execution on embedded platforms
• Architect and develop distributed control frameworks, including:
  • Synchronization of multiple control loops across networked devices
  • Low-latency communication protocols (e.g., Ether
    
    CAT or equivalent)
  • Fault-tolerant and scalable system designs
• Integrate software with hardware components, including:
  • Power electronics and current drivers
  • High-speed sensors (e.g., optical, magnetic, or laser-based systems)
  • FPGA or MCU-based control platforms
• Lead system bring-up, tuning, and validation:
  • Debug real-time control systems using lab instrumentation
  • Analyze system performance (latency, stability, noise sensitivity)
  • Optimize control loop performance at the system level
• Collaborate cross-functionally with:
  • Controls, electrical, mechanical, and system architecture teams
  • Firmware and FPGA developers
  • Product development and advanced technology teams
• Drive technical innovation and contribute to:
  • Intellectual property (patents and disclosures)
  • Next-generation control architectures and methodologies
  • System-level performance improvements

• Bachelor’s, Master’s, or PhD in:
  • Electrical Engineering, Robotics, Controls Engineering, or related field
• 8+ years of experience in embedded software and controls development
• Strong expertise in:
  • Real-time embedded programming (C/C++ required)
  • Feedback control systems and control theory
  • Multi-axis motion control and high-performance servo systems
• Experience implementing:
  • Digital control loops on MCU/SoC/FPGA platforms
  • Real-time systems with deterministic timing constraints

• Experience with:
  • Electromagnetic or motor control systems (BLDC, linear motors, planar motors)
  • DC commutation or custom commutation strategies
  • Distributed control systems and real-time field buses
• Familiarity with:
  • MATLAB/Simulink or equivalent modeling tools
  • Sensor fusion and high-precision metrology systems
  • FPGA-based control or hardware acceleration
• Knowledge of:
  • Precision motion control (micron/sub-micron accuracy systems)
  • Multi-physics system interactions (electromagnetic, thermal, mechanical)

• Strong analytical and problem-solving skills
• Ability to translate theoretical models into robust real-world implementations
• Effective cross-functional communication and technical leadership
• High attention to detail and system-level thinking