System Engineer

What if the systems you engineer don’t just work on paper, but actually power, control, and bring real machines to life? At M‑ECS, you’ll design and integrate the electrical and automation systems that make off‑highway vehicles and other robotic platforms work as one. You’ll work at the intersection of electrical engineering, automation, embedded systems, and system integration, helping machines operate reliably in demanding industrial and heavy‑field environments.

You’ll see your work move from idea → concept → system → real‑world impact.

YOUR ROLE, YOUR IMPACT.

As a hands‑on System Engineer, with a strong focus on Electrical & Automation Engineering, you’ll help design, integrate, test, and optimize the systems that make complex machines work in the field.You’ll connect the dots across electrical, automation, software, hydraulics, and mechanical systems, turning individual components and subsystems into one reliable, functional machine.

Key responsibilities

• Concept & Solution Engineering: Work directly with customers to understand their needs and challenges, challenge requirements where needed, and (co-)create technical solutions and system architectures that best addresses the problem.
• Electrical Engineering: Design and integrate electrical architectures, components, wiring, sensors, actuators, and communication systems for off‑highway vehicles and other machines.
• Software, Automation & Controls: Program machine functions and control logic using PLCs, ECUs, and embedded systems. Integrate and commission control systems.
• System Engineering: Connect electrical, software, hydraulic, and mechanical systems into a coherent and reliable machine architecture. Turn designs and ideas into functioning systems.
• Testing & Commissioning: Build, integrate, commission, test, debug, and fine‑tune prototypes and machines, turning concepts into reliable real‑world solutions.
• Customer Support, Training & Continuous Improvement: Support customers in the field or remotely, troubleshoot technical issues, provide hands‑on training, and use customer and field feedback to continuously improve machine performance and reliability.