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Master Thesis - Reinforcement Learning for wheeled, bipedal robots(m/w/x)
Description
In this role, you will create a simulation environment for a wheeled, bipedal robot, focusing on realistic physics and developing reinforcement learning algorithms. Your work will involve training the robot for various locomotion tasks and evaluating its performance against real-world benchmarks.
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Upload your CV and Nejo AI will find matching job offers for you.
Requirements
- •Field of study in automation technology, electrical engineering, computer science, cybernetics, aerospace engineering, mechanical engineering, mathematics, mechatronics, physics, control engineering, software design, software engineering, technical computer science, or comparable
- •Valid enrollment at a German university/Hochschule
- •Background in Computer Science, Software Engineering, Mechanical Engineering, Mechatronics, or similar
- •Experience with Reinforcement Learning
- •Experience with Physic Engines
- •Experience with NVIDIA Isaac Sim and Isaac Lab
- •Experience with ROS
- •Analytical mindset
- •Enthusiasm for mobile robotics
- •Fluency in English or German
Education
Tasks
- •Design a simulation environment for a wheeled, bipedal robot in NVIDIA Isaac Sim
- •Ensure realistic physics for hybrid locomotion
- •Develop and train reinforcement learning algorithms for hybrid locomotion tasks
- •Implement transitions between locomotion modes
- •Balance the robot on uneven terrain
- •Compare simulated behavior with real-world performance of the bipedal robot
Tools & Technologies
Languages
English – Business Fluent
German – Business Fluent
Benefits
Other Benefits
- •Hands-on experience with robots
Informal Culture
- •Familiar atmosphere
Snacks & Drinks
- •Cake Thursday
- Fraunhofer-GesellschaftFull-timeOn-siteNot specifiedStuttgart
- Fraunhofer-Gesellschaft
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Master Thesis - Reinforcement Learning for wheeled, bipedal robots(m/w/x)
The AI Job Search Engine
Description
In this role, you will create a simulation environment for a wheeled, bipedal robot, focusing on realistic physics and developing reinforcement learning algorithms. Your work will involve training the robot for various locomotion tasks and evaluating its performance against real-world benchmarks.
Let AI find the perfect jobs for you!
Upload your CV and Nejo AI will find matching job offers for you.
Requirements
- •Field of study in automation technology, electrical engineering, computer science, cybernetics, aerospace engineering, mechanical engineering, mathematics, mechatronics, physics, control engineering, software design, software engineering, technical computer science, or comparable
- •Valid enrollment at a German university/Hochschule
- •Background in Computer Science, Software Engineering, Mechanical Engineering, Mechatronics, or similar
- •Experience with Reinforcement Learning
- •Experience with Physic Engines
- •Experience with NVIDIA Isaac Sim and Isaac Lab
- •Experience with ROS
- •Analytical mindset
- •Enthusiasm for mobile robotics
- •Fluency in English or German
Education
Tasks
- •Design a simulation environment for a wheeled, bipedal robot in NVIDIA Isaac Sim
- •Ensure realistic physics for hybrid locomotion
- •Develop and train reinforcement learning algorithms for hybrid locomotion tasks
- •Implement transitions between locomotion modes
- •Balance the robot on uneven terrain
- •Compare simulated behavior with real-world performance of the bipedal robot
Tools & Technologies
Languages
English – Business Fluent
German – Business Fluent
Benefits
Other Benefits
- •Hands-on experience with robots
Informal Culture
- •Familiar atmosphere
Snacks & Drinks
- •Cake Thursday
About the Company
Fraunhofer-Gesellschaft
Industry
Research
Description
Das Unternehmen ist eine der führenden Organisationen für anwendungsorientierte Forschung mit 76 Instituten in Deutschland.
- Fraunhofer-Gesellschaft
Masterthesis - Reinforcement Learning approach for path following and base control(m/w/x)
Full-timeOn-siteNot specifiedStuttgart - Fraunhofer-Gesellschaft
Master Thesis - Multi-session global traversability Mapping for Autonomous Outdoor Navigation(m/w/x)
Full-timeInternshipOn-siteStuttgart - Fraunhofer-Gesellschaft
Master Thesis - Out-of-distribution detection + annotation for traversability estimation for robots(m/w/x)
Full-timeInternshipOn-siteStuttgart - Fraunhofer-Gesellschaft
Master Thesis - Multi-modal traversability estimation for Autonomous Outdoor Navigation(m/w/x)
Full-timeInternshipOn-siteStuttgart - Fraunhofer-Gesellschaft
Masterthesis - Model Predictive Path Following with System Identification and Wheel Slip Estimation(m/w/x)
Full-timeInternshipOn-siteStuttgart