Human-Centric Concept for a Reconfigurable Robotic System Enabling Low-Volume Assembly of Photonic and Quantum Modules

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Andreas Wicht, Tobias Franke, Alina Hahn, Nils Håkansson, Christian Kürbis, Robert Smol, Thomas Hulin, Thomas Eiband, Peter Lehner, Maximilian Mühlbauer, Korbinian Nottensteiner, Richard Pietschmann, Bernhard Thaler, Diana Thaler, Jürgen Bosse

Published: 2025, Last Modified: 26 Feb 2026SII 2025EveryoneRevisionsBibTeXCC BY-SA 4.0
Abstract: This paper presents a novel concept for a reconfigurable robotic system specifically designed to meet the demands of hybrid integration for miniaturized photonic and quantum System-in-Packages (SiPs). The proposed solution introduces a distinctive approach to ultra-high-resolution, multi-telerobotic assembly and inspection. By integrating key Industry 5.0 principles, it establishes a human-centric control framework that minimizes both physical and cognitive stress while ensuring the human operator remains in full control at all times.The robotic system features eight robots working simultaneously within a compact footprint of just 5×10 cm2. A comprehensive digital twin framework constitutes a central element of the robotic system. It encompasses the robotic workcell, the SiP under assembly, and the components to be integrated, ensuring precise adherence to design specifications. Key functionalities include automated path planning in a multi-robotic environment, collision avoidance in a densely packed workcell, and virtual fixtures to guide teleoperation, enhancing the operator’s control and interaction through advanced and intuitive human-machine interfaces (HMI). The proposed system meets the critical demands of ultra-high-resolution assembly for complex, high-value SiPs, providing high flexibility and ease of operation for small-batch manufacturing.