<div>GenRobotic Innovations specialized in the design and development of robotic solutions to address the most pressing social issues. Our best in class solutions combines the use of robotics and artificial intelligence in a seamless fashion. The company was founded in 2015 by a young group of passionate engineers specialized in robotics and defense engineering. Our journey so far has been exciting and eventful. The first milestone was achieved during our academic days when we first developed the robotic powered exoskeleton there after our constant endeavor has been into developing the compact design for commercial purpose. Our latest G2 (Generation two) model is considered as the lightest, cheap and yet powerful &amp; innovative exoskeleton model available in the fourth industrialized world. G2 Model is capable of performing multifarious tasks like handling logistics in combat military operations, at construction sites, perform roles for firefighting &amp; rescue missions. As a social enterprise, we have created successful social impact through the conception, designing and development of “Bandicoot” a semi-robotic device with a human-controlled interface to clean manholes. The success of Bandicoot has earned several laurels for us from across the world. Today we take pride in bringing quality changes into the lives of manual scavengers. As an entity, Genrobotics continuously strives to be at the forefront dedicated to innovation &amp; development of cutting-edge robotic solutions that touches the lives of many and thereby bringing transformative changes in society. Also, we would constantly touch base with institutions having aspiring young engineers to work closely with them to develop solutions for the overall wellbeing of the society.</div>

Genrobotic Innovations Private Limited

Genrobotics is seeking a skilled and experienced Control Systems Engineer with strong hands-on expertise in BLDC motor control, operation, and management to support our R&amp;D and product development initiatives. The candidate will play a key role in developing, implementing, testing, tuning, and optimizing motor control systems for advanced electromechanical and rehabilitation devices.
Responsibilities
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<li>Operating, managing, and testing BLDC motors for various applications, along with developing, implementing, and tuning motor control algorithms and drive systems.</li>
<li>It includes performing performance evaluation, validation, and troubleshooting of motor systems, and integrating BLDC motors with embedded systems, sensors, and control hardware.</li>
<li>Supporting system-level testing, debugging, and optimization, as well as preparing technical documentation, test reports, and performance analyses.</li>
<li>Collaboration with mechanical, electronics, and R&amp;D teams is essential for product development, while ensuring compliance with safety and quality standards during testing and deployment.&nbsp;</li>
<li>&nbsp;Developing and maintaining C/C++ code for control system implementation, designing and implementing advanced control algorithms using MATLAB/Simulink and Simscape (including P, PI, PD, PID, MPC, SMC, fuzzy logic control, and digital filters), and conducting HIL, SIL, and PIL simulations to validate control system performance and identify potential issues.</li>
<li>Provide onsite support during product tuning, testing, and commissioning to ensure optimal system performance and timely issue resolution.</li>
</ul>
Skills Required:&nbsp;
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Experience working with BLDC motors, motor drivers, and control systems.
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Knowledge of motor control techniques, embedded systems, and controller tuning.
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Hands-on experience in testing, troubleshooting, and system integration.
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Familiarity with MATLAB/Simulink, microcontrollers, or relevant control tools is an added advantage
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&nbsp;Strong analytical, problem-solving, and documentation skills.
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Good to have knowledge of model-based design methodologies and simulation tools (HIL, SIL, PIL).
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Proficiency in C/C++ programming.
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Experience in working on robotic medical rehabilitation projects will be considered an added advantage.
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Knowledge of motor control techniques such as PWM, PID control, and speed/torque control.
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Experience with motor drivers, encoders, sensors, and embedded control systems.
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Basic understanding of control system design and tuning.
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Familiarity with microcontrollers (Arduino, STM, PIC, etc.) and interfacing techniques.
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Ability to perform system integration and validation testing.
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Experience with microcontroller and microprocessor programming.
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Knowledge of signal processing techniques.
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Good to have experience with control systems in robotics industry.
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</ul>
Qualifications
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Bachelor’s/master’s degree in electrical, Electronics, Control Systems, Mechatronics, or related field
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</ul>
Experience : 1 - 2 Years&nbsp;
Job Location : Technopark, Thiruvananthapuram