Safe and Intelligent Vehicles

Jobs + Opportunities

Entwicklung im Testfeld Autonomes Fahren BW

Research assistant
Research focus: Safe and Intelligent Vehicles
Courses of study: Informatics, Information Engineering, Information Management, Related Disciplines, Business Informatics

Ampeldetektion mittels tiefer neuronaler Netze

Bachelor thesis, Master thesis, Thesis
Research focus: Machine Learning, Safe and Intelligent Vehicles
Courses of study: Informatics, Information Engineering, Information Management, Related Disciplines, Business Informatics

Autonomes Fahren in der Smart City

Research assistant
Research focus: Machine Learning, Mobility, Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics, Information Engineering, Information Management, Mechanical Engineering, Related Disciplines

Konstruktion im Bereich des autonomen Fahrens

Research assistant
Research focus: Mobility, Safe and Intelligent Vehicles
Courses of study: Mechanical Engineering, Related Disciplines

Deep Learning Polyline Estimation

Bachelor thesis, Master thesis
Research focus: Machine Learning, Safe and Intelligent Vehicles
Courses of study: Informatics, Mechatronics, Related Disciplines

Multispektrale Objektdetektion unter Verwendung von Deep Learning

Master thesis
Research focus: Machine Learning, Safe and Intelligent Vehicles
Courses of study: Informatics, Information Engineering, Information Management, Related Disciplines, Business Informatics

Imitation Learning mit Graph-Neural-Networks

Bachelor thesis, Master thesis, Thesis
Research focus: Safe and Intelligent Vehicles
Courses of study: Informatics, Information Management, Related Disciplines

Lane Estimation with Deep Learning

Bachelor thesis, Master thesis
Research focus: Machine Learning, Mobility, Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics, Information Engineering, Mechanical Engineering, Mathematics, Mechatronics, Related Disciplines

C++ Development: Lane and Intersection Estimation

Bachelor thesis, Research assistant, Master thesis
Research focus: Automation and Robotics, Parallel Processing and Multicore, Safe and Intelligent Vehicles, Software Engineering
Courses of study: Electrical Engineering, Informatics, Mechanical Engineering, Mechatronics, Related Disciplines

Programmierung eines Deep Learning Frameworks zur Fahrstreifenerkennung

Bachelor thesis, Research assistant, Master thesis
Research focus: Automation and Robotics, Machine Learning, Mobility, Safe and Intelligent Vehicles, Software Engineering
Courses of study: Electrical Engineering, Informatics, Information Engineering, Mechanical Engineering, Mathematics, Mechatronics, Media Information Technology, Related Disciplines, Business Informatics

Mit autonomen Lieferbots gegen Uberisierung der letzten Meile

Research assistant
Research focus: Electric Mobility, Energy, Energy Management, Machine Learning, Mobility, Safe and Intelligent Vehicles
Courses of study: Information Engineering, Information Management, Business Informatics, Industrial Engineering and Management

Safe and Secure Deep Learning for Autonomous Driving

Bachelor thesis, Research assistant, Master thesis, Thesis
Research focus: Machine Learning, Mobility, Safe and Intelligent Vehicles
Courses of study: Informatics, Information Engineering, Information Management, Related Disciplines

Aufwertung des Trainingsdatensatzes durch Analyse des latenten Raumes eines VAEs

Bachelor thesis, Master thesis
Research focus: Machine Learning, Safe and Intelligent Vehicles
Courses of study: Informatics, Information Engineering, Information Management, Mathematics, Related Disciplines

Machine Learning / Annotation im Kontext des Testfeld Autonomes Fahren BW

Research assistant
Research focus: Machine Learning, Safe and Intelligent Vehicles
Courses of study: Informatics, Information Engineering, Information Management, Related Disciplines, Business Informatics, Business Mathematics

Verhaltens- und Trajektorienplanung für autonome Fahrzeuge (in Simulation und Versuchsfahrzeug)

Research assistant
Research focus: Automation and Robotics, Mobility, Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics, Information Engineering, Related Disciplines

Evaluation of hypotheses using Graph Convolutional Networks for scene similarities

Bachelor thesis, Master thesis, Thesis
Research focus: Machine Learning, Mobility, Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics, Information Engineering, Related Disciplines

Design and development of new methodologies to detect and prevent overfitting in neural networks via noise propagation analysis

Bachelor thesis, Master thesis, Thesis
Research focus: Machine Learning, Mobility, Safe and Intelligent Vehicles, Safety and Security
Courses of study: Informatics, Information Engineering, Information Management, Mathematics, Related Disciplines, Business Informatics

Simulationsumgebungen für das Absichern des autonomen Fahrens

Research assistant
Research focus: Safe and Intelligent Vehicles
Courses of study: Informatics, Information Engineering, Information Management, Mechanical Engineering, Business Informatics, Industrial Engineering and Management

Automatische Notation von Situationen aus Sensordaten

Thesis
Research focus: Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics, Information Engineering, Information Management, Business Informatics, Industrial Engineering and Management

(Weiter-)Entwicklung einer Virtual und Augmented Reality Simulationsumgebung für autonomes Fahren

Research assistant, Internships
Research focus: Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics, Information Engineering, Mechanical Engineering, Mathematics, Business Informatics

Modellierung, Rendering und Animation von Verkehrsszenen mit Blender im Verbundprojekt EVA-Shuttle

Research assistant
Research focus: Safe and Intelligent Vehicles
Courses of study: Informatics, Information Engineering, Mechanical Engineering, Related Disciplines

Manöver- / Trajektorienplanung unter Unsicherheiten

Bachelor thesis, Research assistant, Master thesis, Thesis
Research focus: Automation and Robotics, Machine Learning, Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics, Mechanical Engineering, Mathematics

Entwicklung eines Umgebungsmodells basierend auf Partikeln

Bachelor thesis, Master thesis, Thesis
Research focus: Machine Learning, Mobility, Safe and Intelligent Vehicles

Lokalisierung und Sensordatenverarbeitung

Bachelor thesis, Research assistant, Master thesis
Research focus: Machine Learning, Mobility, Safe and Intelligent Vehicles

Safe and Secure Deep Learning for Autonomous Driving

Bachelor thesis, Research assistant, Master thesis, Thesis
Research focus: Machine Learning, Mobility, Safe and Intelligent Vehicles

Entwicklung von Konzepten und Methoden für intelligente Parkhausmanagementsysteme

Bachelor thesis, Research assistant, Master thesis
Research focus: Automation and Robotics, Mobility, Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics, Mechanical Engineering

Semantic 3D City Model Generation for Localization of Autonomous Cars

Bachelor thesis, Master thesis, Thesis
Research focus: Safe and Intelligent Vehicles
Courses of study: Informatics, Information Engineering, Related Disciplines, Business Informatics, Industrial Engineering and Management, Business Mathematics

Efficient Facade Modeling for Localization of Autonomous Cars

Bachelor thesis, Master thesis, Thesis
Research focus: Safe and Intelligent Vehicles, Safety and Security, Software Engineering
Courses of study: Information Engineering, Information Management, Business Informatics, Industrial Engineering and Management, Business Mathematics

Mitentwicklung einer Webplattform für Mobilität & Energie

Research assistant
Research focus: Safe and Intelligent Vehicles, Safety and Security
Courses of study: Information Engineering, Information Management, Related Disciplines, Business Informatics, Industrial Engineering and Management, Business Mathematics

Modellierung von Fahrzeugen und Verkehrsszenen in 3D-Engines

Research assistant
Research focus: Automation and Robotics, Electric Mobility, Mobility, Service Robotics and Mobile Manipulation, Safe and Intelligent Vehicles
Courses of study: Applied Media, Architecture, Informatics, Communication Design, Mechanical Engineering, Mechatronics, Media Information Technology, Related Disciplines, Business Informatics

Research Scientist on Machine Learning for Automated Driving: Situation Assessment and Behavioural Decision Making

Job openings
Research focus: Mobility, Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics

(Weiter-)Entwicklung einer Virtual/Augmented Reality-Simulationsumgebung für Fahrer und Fahrzeug

Research assistant, Internships, Thesis
Research focus: Electric Mobility, Mobility, Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics, Information Engineering, Mechanical Engineering

Domänenspezifische Charakteristiken in der Bewertung der Systemarchitektur automatisierter Fahrzeuge

Bachelor thesis, Master thesis, Thesis
Research focus: Safe and Intelligent Vehicles, Software Architectures and Software Quality, Software Engineering
Courses of study: Informatics, Information Engineering, Information Management

Research Scientist for Automated Driving on Motorways

Job openings
Research focus: Mobility, Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics, Mechanical Engineering, Mechatronics

Research Scientist on Machine Learning for Automated Driving: Situation Assessment and Behavioural Decision Making

Job openings
Research focus: Mobility, Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics

Research Scientist for Automated Driving on Motorways

Job openings
Research focus: Mobility, Safe and Intelligent Vehicles
Courses of study: Electrical Engineering, Informatics, Mechanical Engineering, Mechatronics