Head of Motion Control Software Architecture (Robotics)

Job Title : Head of Motion Control Software (Robotics)Location : Chennai, Tamil NaduEmployment Type : Full-TimeAbout the RoleWe are seeking a visionary Head of Motion Control Software to lead and shape the future of advanced robotic motion control systems. This leadership role demands deep technical expertise in control theory, robotics software frameworks, and real-time systems, along with the strategic ability to scale teams, define architectures, and drive innovation across our robotics division.Key ResponsibilitiesDefine the long-term technology roadmap for motion control software in next-generation robotic platforms.Lead and mentor a high-performing team of architects, engineers, and researchers in robotics and motion control.Oversee the design of algorithms for kinematics, dynamics, trajectory planning, and advanced control loops (PID, MPC, adaptive control).Ensure robust implementation of real-time control systems on RTOS / Linux platforms.Partner with hardware leaders (mechanical, electrical, embedded) to deliver seamless hardware-software integration (servo drives, encoders, sensors, safety controllers).Champion compliance with global robotics safety standards (ISO 10218, IEC 61508, ISO 13849).Guide system-level validation through simulation and HIL testing (Gazebo, Isaac Sim, Simulink, etc.).Drive collaborations with AI / ML teams for intelligent, perception-driven motion control.Represent the motion control function in executive strategy discussions and align with organizational goals.RequirementsBachelor’s / Master’s / Ph.D. in Computer Science, Robotics, Electrical / Electronics, or related field.12+ years of experience in robotics / motion control software, including 5+ years in leadership / architect roles .Proven expertise in control theory, robotics algorithms, and real-time motion systems .Proficiency in C / C++, Python, MATLAB / Simulink .Hands-on with ROS / ROS2, EtherCAT, CANopen , or similar real-time frameworks.Deep knowledge of RTOS / Linux RT environments.Strong background in safety standards, system resilience, and fault-tolerant design .Exceptional leadership, communication, and stakeholder management skills.Good to HaveExperience with industrial automation, cobots, or autonomous mobile robots .Exposure to AI / ML for motion optimization .Familiarity with simulation ecosystems such as Webots, dSPACE, or Open Robotics frameworks .What We OfferA leadership platform to shape the future of robotics software .Collaborative and innovation-driven R&D environment.