Sr Control Systems Engineering Specialist - Eh Brakes

Caterpillar · Industrial · Mossville, IL

Lead controls and software development for Electro-Hydraulic (EH) brake systems for advanced machine platforms, focusing on autonomy, remote control, and advanced operator assist features. Define and own brake control system architecture, develop embedded control algorithms, and support functional safety requirements.

What you'd actually do

  1. Lead controls and software development for EH brake and brake mechatronics systems across multiple machine applications.
  2. Define and own brake control system architecture, interfaces, and core functions to enable reuse and scalability.
  3. Develop and integrate embedded control algorithms for service brake torque control, arbitration, diagnostics, and state estimation.
  4. Collaborate with hardware, hydraulics, and software teams to align valve hardware, sensors, ECMs, and control logic.
  5. Support functional safety activities, including safety goal definition, hazard analysis, and alignment with ISO brake standards.

Skills

Required

  • Analytical Thinking
  • Communicating Complex Concepts
  • Problem Solving
  • Technology Advising
  • Conceptual Thinking
  • Embedded Systems
  • Requirements Analysis

Nice to have

  • Extensive experience in embedded control systems for mobile equipment or automotive applications.
  • Strong background in brake systems, EH hydraulics, or safety critical control systems.
  • Proven experience with control system architecture, modular software design, and system integration.
  • Experience working with functional safety concepts and regulatory brake requirements.
  • Ability to lead technical decisions across cross functional teams.
  • Experience with brake by wire or drive by wire systems.
  • Knowledge of multi channel brake systems, torque based control, and physical system modeling.
  • Familiarity with AUTOSAR, reusable software libraries, and scalable control platforms.
  • Experience supporting autonomy, remote control, or advanced machine assist features.

What the JD emphasized

  • functional safety
  • regulatory and functional safety requirements
  • functional safety activities
  • functional safety concepts and regulatory brake requirements