Sascha Jongebloed

Sascha Jongebloed

PhD student at the Institute for Artificial Intelligence, University of Bremen

Talks and presentations

Presentation of the innovative Virtual Research Building (VRB) for AI-powered and cognition-supported robotics (Vorstellung des innovativen Virtual Research Building (VRB) für AI-powered und kognitionsgestützte Robotik)

May 22, 2024

Tutorial, Deutscher KI Monat, Online

The University of Bremen’s Institute for Artificial Intelligence (IAI) presented an innovative Virtual Research Building (VRB) for AI-powered and cognition-supported robotics. The VRB integrates resources for the entire research and innovation pipeline, offering comprehensive access to software components, CRAM architecture, and interactive learning materials. It supports dynamic collaboration and open-source contributions through virtual labs and promotes industry partnerships. The VRB aims to enhance the development of deployable robotic agents, providing a sustainable framework for continuous innovation in robotics.

Everyday Activity Robot Manipulation in an Interactive Learning Environment

October 05, 2023

Tutorial, 2023 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS 2023), Detroit MI, USA

At the IROS 2023 in Detroit, I conducted a tutorial on implementing knowledge representation and reasoning in cognitive robotics. This session, part of a broader teaching module, demonstrated how to develop AI systems that can autonomously perform complex tasks by deconstructing the robot control system. Utilizing Jupyter Notebooks within a Docker environment for accessibility, the tutorial covered the integration of knowledge representation, planning, and simulation, providing a holistic learning experience in cognitive-enabled robotics.

Narrative-enabled Episodic Memories for Cognitive Robots

May 18, 2023

Tutorial, euROBIN week 2023, Sevilla, Spain

The euROBIN is a european Network of Excellence in robotics. During the euROBIN week in Sevilla, I gave a tutorial on implementing knowledge representation and reasoning in cognitive robotics..