Caterpillar Opens Critical Role for Control Systems Engineer in Mossville, IL – Focus on EH Brakes for Autonomous Machinery
Caterpillar Inc. Has posted a high-priority job opportunity for a Control Systems Engineer specializing in electro-hydraulic (EH) braking systems, based in Mossville, Illinois. This role is part of Caterpillar’s push to develop advanced braking technologies for autonomous and semi-autonomous heavy machinery, including features like anti-lock braking (ABS), traction control, and collision avoidance. The position, which closes for applications on May 24, 2026, represents a rare opportunity to work on the next generation of safety-critical systems for construction and mining equipment.
Why This Job Matters in the Future of Heavy Machinery
As autonomous and semi-autonomous vehicles become standard in industries like construction, mining, and agriculture, traditional mechanical braking systems are being replaced by electro-hydraulic (EH) and brake-by-wire architectures. These systems integrate software, sensors, and hydraulic components to enable features like:
- Anti-lock braking (ABS) – Prevents wheel lockup during sudden stops.
- Traction control – Optimizes grip on uneven terrain.
- Hill start assist – Prevents rolling backward on inclines.
- Autonomy-driven braking – Enables machines to react to obstacles in real time.
- Fault diagnostics – Monitors system health and predicts failures.
Caterpillar’s Mossville facility, a hub for engineering and manufacturing, is at the forefront of this transition. The company’s official job posting confirms this role will involve developing scalable control architectures that can be adapted across multiple machine platforms while meeting strict regulatory and safety standards.
Key Responsibilities: What This Engineer Will Actually Do
This isn’t just another braking system job—it’s about defining the future of how heavy machinery stops. The engineer will:
1. Develop Next-Gen Braking Algorithms
- Design service brake control systems that balance performance and safety.
- Implement diagnostic and fault-handling protocols to ensure reliability in harsh environments.
- Work on state management for braking systems, ensuring seamless integration with other machine functions.
2. Enable Advanced Features for Autonomy
- Build controls for anti-lock braking (ABS) and traction control in off-road conditions.
- Develop hill start and directional shift braking to improve operator safety.
- Create interfaces for collision avoidance and autonomy-driven braking requests, critical for unmanned machinery.
3. Collaborate Across Disciplines
The role requires close coordination with:
- Brake mechatronics teams – Ensuring hardware and software work together.
- Hydraulic system designers – Optimizing fluid dynamics for braking performance.
- Machine systems software engineers – Integrating braking controls with overall vehicle autonomy.
- Functional safety experts – Meeting ISO 26262 and other industry standards.
Who Should Apply? Required Skills and Background
While Caterpillar hasn’t released the full job description (as of this publication), roles of this nature typically require:
Education and Experience
- A bachelor’s or master’s degree in mechanical, electrical, or control systems engineering (or related field).
- 3+ years of experience in automotive, aerospace, or heavy machinery control systems.
- Familiarity with model-based design (MBD), such as MATLAB/Simulink or dSPACE.
- Knowledge of functional safety standards (ISO 26262, IEC 61508) for automotive and industrial applications.
Technical Proficiencies
- Programming in C/C++, Python, or embedded systems languages.
- Experience with hydraulic and pneumatic control systems.
- Understanding of sensor fusion and real-time control algorithms.
- Familiarity with automotive Ethernet, CAN bus, or other vehicle network protocols.
Soft Skills for a Cutting-Edge Role
- Cross-functional collaboration – This job lives at the intersection of mechanical, electrical, and software engineering.
- Problem-solving under pressure – Safety-critical systems demand rigorous testing and validation.
- Attention to detail – A single oversight in braking control could have catastrophic consequences.
Mossville, IL: A Hidden Gem for Engineering Talent
While Aliso Viejo, CA, often steals the spotlight for tech jobs (with over 130,000 open positions), Mossville, IL, offers a different kind of opportunity:
- Proximity to Caterpillar’s global R&D hub – The company’s Mossville facility is a key site for heavy equipment innovation.
- Lower cost of living compared to Silicon Valley or Boston, with competitive salaries.
- Growing engineering community – Illinois remains a top state for manufacturing and automation jobs.
- Direct impact on real-world applications – Unlike some tech roles, this position directly influences the safety and efficiency of construction and mining operations worldwide.
For those interested in relocating, Mossville’s job market shows over 12,000 open positions, with opportunities in healthcare, legal, and technical fields—making it easier to find a full career fit.
How to Apply Before the May 24 Deadline
The job posting is available on Caterpillar’s official careers portal. Here’s what you’ll need to do:
- Visit the job page: Caterpillar Control Systems Engineer – EH Brakes.
- Prepare your materials:
- Resume highlighting relevant experience in control systems, braking technology, or autonomy.
- Portfolio or case studies demonstrating your work on similar projects (if applicable).
- References from colleagues or managers who can speak to your technical and collaborative skills.
- Submit before May 24, 2026 – This is a time-sensitive opportunity.
Pro Tip: If you’re early in your career, consider reaching out to Caterpillar’s internship or co-op programs to gain foundational experience in control systems engineering.
FAQ: Your Burning Questions About This Role
Q: Is this a remote job, or do I need to relocate to Mossville, IL?
A: Based on Caterpillar’s standard hiring practices for engineering roles in Mossville, this position requires on-site work at the facility. Relocation assistance may be available for qualified candidates.
Q: What industries will benefit from the technology developed in this role?
A: The braking systems and control algorithms developed here will primarily serve:
- Construction equipment (excavators, bulldozers, cranes).
- Mining machinery (haul trucks, drills, loaders).
- Agricultural vehicles (combine harvesters, tractors).
- Defense and military logistics vehicles.
Q: How does brake-by-wire differ from traditional hydraulic braking?
A: Traditional hydraulic braking relies on mechanical linkages and fluid pressure to apply brakes. Brake-by-wire replaces these with electronic signals, allowing:
- Faster response times (critical for autonomy).
- Integration with other vehicle systems (e.g., adaptive cruise control).
- Software-based adjustments for different terrain or load conditions.
- Reduced mechanical complexity and weight.
Q: What safety certifications are required for this role?
A: While the exact requirements aren’t listed in the posting, engineers in this field typically need familiarity with:
- ISO 26262 (functional safety for automotive systems).
- IEC 61508 (electrical/electronic/programmable electronic safety systems).
- SAE J1487 (recommended practice for brake-by-wire systems).
Caterpillar will provide training for relevant standards as part of onboarding.
Q: Can I apply if I don’t have experience in heavy machinery?
A: Yes, but you’ll need transferable skills. Candidates with experience in:
- Automotive braking systems (e.g., ABS, ESC).
- Aerospace control systems (e.g., flight control, landing gear).
- Industrial automation or robotics.
are encouraged to apply, as the core principles of control systems are applicable across industries.
Key Takeaways: Why This Job Stands Out
- Cutting-edge technology: You’ll work on the future of braking for autonomous machines.
- High-impact role: Your work directly improves safety and efficiency in critical industries.
- Career growth: Caterpillar invests in employee development, with paths to leadership in engineering.
- Competitive compensation: Engineering roles at Caterpillar typically offer salaries ranging from $90,000–$130,000 for this level of experience, plus benefits.
- Urgency: The application deadline is May 24, 2026—don’t wait.
The Future of Braking: What’s Next?
This role isn’t just about maintaining the status quo—it’s about shaping the next decade of heavy machinery safety. As autonomy becomes more prevalent, engineers in this field will play a pivotal role in:
- Developing AI-driven braking optimization that adapts to real-time conditions.
- Integrating vehicle-to-everything (V2X) communication for coordinated braking in fleets.
- Reducing emissions and energy use through regenerative braking systems.
- Enabling fully autonomous operation in mining and construction sites.
If you’re passionate about the intersection of engineering, safety, and automation, this could be your chance to help build the machines of tomorrow.
Ready to Apply? Don’t Miss the Deadline
Applications for the Control Systems Engineer – EH Brakes role close on May 24, 2026. Apply now to join Caterpillar’s mission to create stronger, more sustainable communities through innovation.