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Masterthesis - Model Predictive Path Following with System Identification and Wheel Slip Estimation(m/w/x)
Description
In this master's thesis role, you will focus on enhancing mobile robot navigation by developing a model predictive controller that accounts for surface slip effects. Your work will involve the analysis, integration, validation, and comparison of navigation systems in real-world scenarios.
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Requirements
- •Field of study in robotics, cybernetics, computer science, mechanical engineering, mechatronics, or comparable
- •Valid enrollment at a German university in robotics, cybernetics, computer science, mechanical engineering, mechatronics, or similar fields
- •Knowledge of predictive or model-based control
- •Experience with ROS
- •Analytical thinking skills
- •Enthusiasm for mobile robotics
- •Fluency in English or German
Education
Tasks
- •Analyze the existing navigation stack
- •Extend system identification to include slip effects
- •Derive a parameterized vehicle model from manual drives
- •Consider different surfaces like sand, asphalt, grass, and gravel
- •Develop and tune a model predictive controller (MPC)
- •Integrate the MPC into an existing ROS2 environment
- •Validate the system in simulation within ROS2
- •Test on developed robots
- •Compare performance with existing controllers regarding path error and stability
- •Document and evaluate results scientifically
Languages
English – Business Fluent
German – Business Fluent
Benefits
Modern Equipment
- •Cutting-edge technology
Diverse Work
- •Practical work with robots
Purpose-Driven Work
- •Responsibility and freedom
Other Benefits
- •Collaboration with top students
- Fraunhofer-GesellschaftFull-timeOn-siteNot specifiedStuttgart
- Fraunhofer-Gesellschaft
Master Thesis - Multi-modal traversability estimation for Autonomous Outdoor Navigation(m/w/x)
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Master Thesis - Multi-session global traversability Mapping for Autonomous Outdoor Navigation(m/w/x)
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Master Thesis - Reinforcement Learning for wheeled, bipedal robots(m/w/x)
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Master Thesis - Out-of-distribution detection + annotation for traversability estimation for robots(m/w/x)
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Masterthesis - Model Predictive Path Following with System Identification and Wheel Slip Estimation(m/w/x)
The AI Job Search Engine
Description
In this master's thesis role, you will focus on enhancing mobile robot navigation by developing a model predictive controller that accounts for surface slip effects. Your work will involve the analysis, integration, validation, and comparison of navigation systems in real-world scenarios.
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 robotics, cybernetics, computer science, mechanical engineering, mechatronics, or comparable
- •Valid enrollment at a German university in robotics, cybernetics, computer science, mechanical engineering, mechatronics, or similar fields
- •Knowledge of predictive or model-based control
- •Experience with ROS
- •Analytical thinking skills
- •Enthusiasm for mobile robotics
- •Fluency in English or German
Education
Tasks
- •Analyze the existing navigation stack
- •Extend system identification to include slip effects
- •Derive a parameterized vehicle model from manual drives
- •Consider different surfaces like sand, asphalt, grass, and gravel
- •Develop and tune a model predictive controller (MPC)
- •Integrate the MPC into an existing ROS2 environment
- •Validate the system in simulation within ROS2
- •Test on developed robots
- •Compare performance with existing controllers regarding path error and stability
- •Document and evaluate results scientifically
Languages
English – Business Fluent
German – Business Fluent
Benefits
Modern Equipment
- •Cutting-edge technology
Diverse Work
- •Practical work with robots
Purpose-Driven Work
- •Responsibility and freedom
Other Benefits
- •Collaboration with top students
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-modal traversability estimation for Autonomous Outdoor Navigation(m/w/x)
Full-timeInternshipOn-siteStuttgart - Fraunhofer-Gesellschaft
Master Thesis - Multi-session global traversability Mapping for Autonomous Outdoor Navigation(m/w/x)
Full-timeInternshipOn-siteStuttgart - Fraunhofer-Gesellschaft
Master Thesis - Reinforcement Learning for wheeled, bipedal robots(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