Manager - Control Systems Engineering

Lead the architecture, design, development, and validation of advanced control systems for electromechanical and electrohydraulic products throughout the complete product lifecycle.

Define overall control system architecture, functional decomposition, operating modes, fault management strategies, and performance requirements aligned with product objectives.

Conduct system requirement analysis, feasibility studies, trade-off evaluations, and technical risk assessments to optimize system performance and reliability.

Develop mathematical models and dynamic simulations of mechanical, electrical, hydraulic, and electrohydraulic systems to support design decisions.

Utilize MATLAB/Simulink extensively for system modeling, simulation, controller design, validation, and performance optimization.

Create and maintain high-fidelity models of actuators, motors, valves, hydraulic cylinders, pumps, sensors, mechanisms, and load dynamics.

Design and implement control algorithms including PID control, feedforward control, state-space control, observer-based control, gain scheduling, and cascade control techniques.

Analyze system stability, transient response, disturbance rejection, tracking accuracy, bandwidth, robustness, and closed-loop performance.

Lead development of position, velocity, acceleration, force, torque, pressure, and motion control solutions for complex systems.

Support the integration of electric actuators, servo motors, BLDC motors, hydraulic actuators, proportional valves, and servo-hydraulic systems.

Define system interfaces and integration requirements between controls, embedded software, sensors, actuators, communication networks, and mechanical subsystems.

Collaborate closely with software, electrical, mechanical, hydraulic, systems, and manufacturing engineering teams to ensure seamless system integration.

Define verification and validation strategies, test procedures, and acceptance criteria at subsystem and system levels.

Analyze test data, correlate simulation results with physical system performance, and continuously improve model accuracy and control system robustness.

Troubleshoot complex control, dynamic, actuator, sensor, and system integration issues through structured root-cause analysis and corrective action implementation.

Manage engineering resources, project schedules, technical deliverables, budgets, and risk mitigation plans while ensuring on-time project execution.

Integrate with multidisciplinary team of control systems and simulation engineers, driving technical excellence, innovation, and capability development.

Act as the organizational subject matter expert for control systems engineering, MATLAB/Simulink modeling, system simulation, electromechanical control, electrohydraulic control, and advanced motion control system development