Hochschule Karlsruhe Hochschule Karlsruhe - University of Applied Sciences
Hochschule Karlsruhe Hochschule Karlsruhe - University of Applied Sciences

Institute for Robotics and Autonomous Systems

Profile Project Field

Current projects

  • KATE - Doctoral College on Accessibility Through AI-Based Assistance Technologies

    The KATE graduate school is a new cooperative and interdisciplinary program between the Karlsruhe Institute of Technology (KIT) and the Karlsruhe University of Applied Sciences (HKA). The goal of this doctoral program is to enhance the autonomy and participation of people with disabilities through the utilization of artificial intelligence (AI)-based assistance systems.

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  • Mauer-Roboter 4.0

    The Institute for Robotics and Autonomous Systems, in collaboration with Dressler GmbH and AAT Automation GmbH, is developing a mobile robot that will autonomously build sand-lime brick walls on construction sites in the future.

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  • Robdekon

    The competence center "Robot Systems for Decontamination in Hostile Environments" is dedicated to researching autonomous or semi-autonomous robot systems. These systems are intended for practical use in environments where work has previously posed significant risks to humans.

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  • Robot Hub Academie

    Robot Hub Academy: Training Future Robotics Experts in the Upper Rhine. A new robotics project will start at HKA on April 1st, funded by the European Union as part of the Interreg Upper Rhine 2021-27 program. The project aims to train future robotics experts in the Upper Rhine region.

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  • Robot Hub Transfer

    Neues EU-Projekt an der HKA unterstützt Unternehmen beim Einsatz von Robotern. Zum 01. April startet ein neues Robotik-Projekt an der HKA, gefördert von der Europäischen Union im Rahmen des Programms Interreg Oberrhein 2021-27, mit dem Ziel, Robotersysteme sinnvoll und wirtschaftlich in Unternehmen zu integrieren.

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  • CROCEMS project: project partners

    CROCEMS

    Collaborative RObotics for Circular Economy in Manufacturing Sectors comprehensive training course on the application of collaborative robotics in circular economy processes: sensor planning system for vision, recognition of reusable parts or disassembly of valuable materials

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  • QualiTED project: Computer Vision Eye

    QualiTED

    Autonomous, mobile system for intelligent linking of production workstations with transport-parallel quality assurance

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  • directly to the project KI5GRob

    KI5GRob

    Cloud computing and 5G as enablers for new sensor technologies in robot-based production and logistics: AI-methods for multimodal sensor signal processing and interpretation for the flexible use of robots in handling tasks

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  • TOURINGS: Industry 5.0 Collaborative robot technology

    TOURINGS

    Innovative Training Solution for the Installation of Collaborative Robotics in Manufactoring Sectors Developing innovative training tools for the manufacturing sectors in the field of collaborative robotics

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  • PeTRA: design of robotic PeTRA system

    PeTRA

    Person Transfer Robot Assistant: Creation of a support solution in patient logistics for the high-quality fulfilment of the transfer needs while at the same time relieving the workload of nursing staff and assistants

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Completed research projects

  • Eye Computer vision

    SyDaVis-AI

    Synthetic Data for Vision Systems with AI Development of a synthetic data generation and training pipeline for AI-based machine vision systems in industrial applications

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  • Porject Rob-LPI, planning of Rob-LPI-system

    Rob-LPI

    CAD-based planning of robot-guided camera systems for large-large-part inspection tasks Development of a planning and execution system for the robot-based inspection of large-volume assemblies.

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  • roject team Automated Item Picking @ adidas AG

    Automated Item Picking @ adidas AG

    Feasibility study Automated Item Picking @ adidas AG Development of a prototypical solution for adidas AG to automate the order picking process for sports and fashion articles. The primary goal is to detect and pick shoeboxes and plastic-wrapped apparel fully automated from a load carrier

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Publications Team Student research Facilities