Electronic Media ist im Forschungsprojekt “HybridBOX“ in Kooperation mit der 21Minds GmbH zum nächstmöglichen Zeitpunkt eine befristete Stelle (75-100%) als Projektmitarbeiter (m/w/d) mit dem Schwerpunkt Computer Vision Kennziffer

Electronic Media ist im Forschungsprojekt “HybridBOX“ in Kooperation mit der 21Minds GmbH zum nächstmöglichen Zeitpunkt eine befristete Stelle (75-100%) als Projektmitarbeiter (m/w/d) mit dem Schwerpunkt Computer Vision Kennziffer

zur Qualitätsabsicherung mit Hilfe von Künstlicher Intelligenz und Computer Vision. Die Entwicklung dieser Systeme findet im Wesentlichen in Zusammenarbeit mit Start-ups sowie Partner:innen aus Forschung und Industrie in der Forschungsfabrik

research topics in 3D computer vision and robotics. The projects are based on tasks such as pose estimation, tracking, semantic segmentation and so on leveraging both geometric and deep-learning methods from computer vision. Your

Computer Vision, Foundation Models, Generative AI • Familiar with Convolutional Neural Networks/Vision Transformers/Diffusion Networks • Experience in deep-learning based Object Detection/Depth Estimation/Semantic

Computer Vision, Foundation Models, Generative AI • Familiar with Convolutional Neural Networks/Vision Transformers/Diffusion Networks • Experience in deep-learning based Object Detection/Depth Estimation/Semantic

wie PyTorch oder TensorFlow sind wünschenswert • Grundkenntnisse in den Bereichen Bildverarbeitung (Computer Vision) und Maschinelles Lernen sind wünschenswert • Fundierte Deutsch- und Englischkenntnisse • Arbeiten

wie PyTorch oder TensorFlow sind wünschenswert • Grundkenntnisse in den Bereichen Bildverarbeitung (Computer Vision) und Maschinelles Lernen sind wünschenswert • Fundierte Deutsch- und Englischkenntnisse • Arbeiten

Office applications as well as programming languages like Python • Some experience with 3D computer vision solutions such as 3D scene reconstruction, object tracking, 6D pose estimation, and robotic perception

Office applications as well as programming languages like Python • Some experience with 3D computer vision solutions such as 3D scene reconstruction, object tracking, 6D pose estimation, and robotic perception

Office applications as well as programming languages like Python • Some experience with 3D computer vision solutions such as 3D scene reconstruction, object tracking, 6D pose estimation, and robotic perception

• Programmierkenntnisse in Python • Kenntnisse im Bereich der Bildverarbeitung und Computer Vision • Idealerweise auch Kenntnisse im Bereich von Kamerakalibrierungen • Fähigkeiten im konzeptionellen und analytischen Denken • Hohes

• Programmierkenntnisse in Python • Kenntnisse im Bereich der Bildverarbeitung und Computer Vision • Idealerweise auch Kenntnisse im Bereich von Kamerakalibrierungen • Fähigkeiten im konzeptionellen und analytischen Denken • Hohes

Office applications as well as programming languages like Python • First experience with 3D computer vision solutions such as 3D scene reconstruction, object tracking, 6D pose estimation, or robotic perception

algorithms, optic design, and system engineering you will develop visions and prototypes for future ZEISS products. Today these include light, electron, and X-ray microscopes as well as OCT devices, industrial CT scanners, and 3D

algorithms, optic design, and system engineering you will develop visions and prototypes for future ZEISS products. Today these include light, electron, and X-ray microscopes as well as OCT devices, industrial CT scanners, and 3D

algorithms, optic design, and system engineering you will develop visions and prototypes for future ZEISS products. Today these include light, electron, and X-ray microscopes as well as OCT devices, industrial CT scanners, and 3D

algorithms, optic design, and system engineering you will develop visions and prototypes for future ZEISS products. Today these include light, electron, and X-ray microscopes as well as OCT devices, industrial CT scanners, and 3D

vision applications for semiconductor equipment, including development of new programs and modules, as well as enhancements and modifications of existing software • Development of image processing algorithms with Halcon for