This list contains only the countries for which job offers have been published in the selected language (e.g., in the French version, only job offers written in French are displayed, and in the English version, only those in English).
Lead the development of integrated control strategies for hydraulic and electrical systems on boom and scissor AWP platforms
Define machine control architectures covering sensors, actuators, controllers, CAN networks, logic functions, and safety systems
Develop and validate control algorithms for proportional valves, motor drives, pumps, stabilising systems, load sensing, and operator interface electronics
Ensure seamless interaction between hydraulic circuits, electrical components, and embedded software
Develop models, schematics, block diagrams, and signal maps that link hydraulic behaviour with electronic control functionality
Work with other engineers to define valve logic, flow control, pressure management, dynamic response, and stability‑related control strategies
Work with software engineering to define sensor selection, network architectures, connector requirements, and communication protocols
Ensure machine systems meet safety, performance, efficiency, and regulatory objectives
Requirements
Bachelor's or Master's degree in Electrical Engineering, Mechanical Engineering, Mechatronics, Controls Engineering, or related discipline
Extensive experience with control systems for Aerial Work Platforms (AWP) or comparable off‑highway mobile machinery
7+ years of engineering experience working with hydraulic and electrical system integration, embedded control, and machine‑level functionality
Strong understanding of hydraulic proportional control, flow/pressure regulation, and electro‑hydraulic actuation
Strong understanding of electrical systems including sensors, controllers, wiring, batteries, CANbus communication, and safety circuits
Experience with global AWP, electrical, and hydraulic standards (ANSI, CSA, CE, ISO)
Strong diagnostic, analytical, and problem‑solving skills
Experience with Automation Studio, MATLAB or similar modelling tools for electro‑hydraulic simulation
Background in prototype builds, commissioning, and control system validation
Knowledge of DFM, DFA, and manufacturing processes