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Wisdom Robotics is currently looking for excellent candidates who are Robotics Researchers. We are looking for industrial robotics, motion planning, robot control, and field robotics Engineers to join our team in order to adapt multi-disciplinary, including Software robotics, Hardware robotics, Mechanic robotics, and robotics developers to design the whole connection to commercial advanced Robotics Systems. Students or candidates come from the majority of Mechanical Engineering, BioEngineering, Material Engineering, Electrical and Electronic Engineering, Computer Engineering, Computer Science, social, Ocean, Energy, etc

- Robot and Automation Design: Modeling and simulation in mobile robots, manipulator robotics, industrial robotics, and service robotics, expected to use CAD tools and simulator tools

- Good in designing the robotics system architecture: Mechanism and Electrics Systems, including modelling, controlling, planning, and cognition.

- Understanding the robotics control system and implementation: debugging, testing, implementing actuator, impedance control, and sensor skills.

- Excellent programming skills in C/C++, Python, C#: Matlab Requirement as Master in Matlab, C/C++, Python, C#, etc

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Robotics Sensors and perceptions, Data-driven collection, and Advanced Robotics System Integration

- Robotics Sensors Camera and Perception Systems: Working on smart sensors or smart cameras which are limited the resources to interact with environments according to the complexities

- Robotics Power and Control Electronic Prototypes

- Familiar and Understanding with the Library of Caffe, PyTorch, Tensorflow, Keras, Skitlean

- High-Performance Computing: Cloud Computing, Open Cloud, AWS, GOOGLE CLOUD, AZURE

- Parallel and Distributed Computing: CPU/GPU/TPU computation.

- Understanding the Software Architect Specification: Debugging, Testing

- Full Documents and Productions

- Machine Learning, AI, Deep Learning, and Reinforcement learning for robotics based on advancing design functionality and complexity.

- Kinematic and control for Advanced Robotic Systems
- Embedded Robotics: FPGA design, Cuda Robotics,

- Human-Robot Interaction: Physical Human-Robot Interaction and Human Coexisting. Understanding Variable Stiffness Joint

- Drone, Medical Robotics, Industrial Robotics, Mobile Robotics, Autonomous Systems, autonomous car etc,

- Force Sensor and Robotics: Force Design, Simulation Force, Force Reducing, Actuators Force Control, Force Feedback Control, etc

- Robotic Applications: Education, Logistics, E-commerce, Medicine, Industrial Manufacturing, Smart City, Sensors, Space, Agriculture, Entailment, Environments, etc

Skills working:

+ Candidates should have demonstrated to Team working and communication skills

+ Basically Skills in writing and reading in English

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