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Master Thesis - Out-of-distribution detection + annotation for traversability estimation for robots(m/w/x)
Description
In this role, you will develop advanced deep learning models to enhance robot navigation in diverse outdoor environments. Your work will focus on improving traversability estimation and adapting algorithms to new terrains, ensuring safe and efficient robot operations.
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Requirements
- •Field of study in automation technology, electrical engineering, computer science, cybernetics, mechanical engineering, mathematics, mechatronics, control engineering, software design, software engineering, technical computer science, or comparable
- •Enrollment at a German university/Hochschule
- •Background in computer science, software engineering, mechatronics, or similar
- •Experience with deep learning frameworks such as Keras, TensorFlow, or PyTorch
- •Experience in developing and testing deep learning models for computer vision applications is beneficial
- •Analytical mindset
- •Enthusiasm for mobile robotics
- •Fluency in English or German
Education
Tasks
- •Design a semantic traversability classification DNN pipeline
- •Extend the few-shot segmentation DNN algorithm for new environments
- •Evaluate methods to identify out-of-distribution domains
- •Assess approaches for automated model learning using robot experience
- •Test implementation in real-world scenarios with CURT robots
Tools & Technologies
Languages
English – Business Fluent
German – Business Fluent
- Fraunhofer-GesellschaftFull-timeInternshipOn-siteStuttgart
- Fraunhofer-Gesellschaft
Master Thesis - Multi-session global traversability Mapping for Autonomous Outdoor Navigation(m/w/x)
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Master Thesis - Out-of-distribution detection + annotation for traversability estimation for robots(m/w/x)
The AI Job Search Engine
Description
In this role, you will develop advanced deep learning models to enhance robot navigation in diverse outdoor environments. Your work will focus on improving traversability estimation and adapting algorithms to new terrains, ensuring safe and efficient robot operations.
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, mechanical engineering, mathematics, mechatronics, control engineering, software design, software engineering, technical computer science, or comparable
- •Enrollment at a German university/Hochschule
- •Background in computer science, software engineering, mechatronics, or similar
- •Experience with deep learning frameworks such as Keras, TensorFlow, or PyTorch
- •Experience in developing and testing deep learning models for computer vision applications is beneficial
- •Analytical mindset
- •Enthusiasm for mobile robotics
- •Fluency in English or German
Education
Tasks
- •Design a semantic traversability classification DNN pipeline
- •Extend the few-shot segmentation DNN algorithm for new environments
- •Evaluate methods to identify out-of-distribution domains
- •Assess approaches for automated model learning using robot experience
- •Test implementation in real-world scenarios with CURT robots
Tools & Technologies
Languages
English – Business Fluent
German – Business Fluent
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
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 - Bosch Group
Master Thesis Multi-Teacher Distillation of Self-Supervised Models for 3D Perception(m/w/x)
Full-timeOn-siteEntry LevelRenningen - Fraunhofer-Gesellschaft
Masterthesis - Model Predictive Path Following with System Identification and Wheel Slip Estimation(m/w/x)
Full-timeInternshipOn-siteStuttgart