Live opening · Posted 21 hours ago
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About the role
Description supplied by the original job listing.
Key Responsibilities
Mathematical modelling and simulation of multidisciplinary systems from first principles (electrical, electromagnetic, thermal, underwater acoustic modeling etc.).
Development of advanced control systems including stability analysis, system identification, and performance evaluation.
Requirement generation and documentation for control subsystems across diverse engineering projects.
Study and analysis of system dynamics, including electromagnetic and electromechanical interactions.
Design and implementation of guidance, navigation, and motion control strategies for different platforms.
Algorithm development for advanced control applications, including:
PID controller design and tuning
Kalman filtering and sensor fusion
Command shaping and trajectory optimization
Autopilot and supervisory control systems
Control software implementation, testing, and tuning across hardware and software environments.
Site visits for system installation, integration, and trial operations.
Mandatory Skills
Strong hands-on knowledge of mathematical modeling and simulation from first principles.
Expertise in controller design (PID and advanced control methods).
Proficiency in MATLAB/SIMULINK, SIMSCAPE and similar simulation tools.
Working knowledge of Python and C/C++ programming languages.
Thorough understanding of Maxwell’s equations and electromagnetic theory.
Experience with COMSOL Multiphysics and CAE-based simulation tools.
Desirable Skills
Knowledge of underwater acoustics and sonar systems.
Knowledge of aerodynamics, robotics, or mechatronics depending on project domain.
Hands-on experience with Hardware-in-the-Loop (HIL) testing.
Familiarity with RF systems and optical technologies.
Multidisciplinary Competence
The role requires the ability to work across multiple engineering domains, integrating mechanical, electrical, electromagnetic, and software systems. A Control System Engineer in this capacity must demonstrate adaptability, analytical thinking, and problem-solving skills to design robust control solutions for diverse projects.
Work arrangement
No
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