COBOTS4YOU

The integration of human-robot collaboration in timber construction opens up new possibilities for revitalizing vernacular, traditional wood joints that were largely displaced during the industrialization of construction. The project investigates how traditional joining techniques can be optimized through a synthesis of robotic and manual processes. The goal is to develop prototype workflows that improve precise joining, quality assurance, and work ergonomics, as well as promote the circular economy through single-material, demountable construction. Within the framework of an agile process combining manual work and robot control, methods are being developed that enable the translation of practical, hands-on knowledge into a coordinated robot choreography. A construction system will be digitally planned and manufactured at a scale of 1:1, and assembled and disassembled as a demonstrator. The focus is on issues of occupational safety, ergonomics, efficient spatial design for humans and robots, and sustainable construction processes. The project offers potential transfer opportunities to SMEs and contributes to the combination of traditional craftsmanship and modern robotics.

2025 will bring a number of significant regulatory changes that directly affect manufacturers, integrators, and operators of cobot applications. This keynote speech will provide a concise overview of the current standards and legal requirements: The new robotics standard EN ISO 10218:2025 – Key points and impacts on planning and integration The updated EN ISO 13849-1 (safety functions of control systems) – What will specifically change in the implementation of functional safety The new EU Machinery Regulation (EU 2023/1230) – Requirements for conformity assessment, CE marking, and technical documentation from January 20, 2027 Practical recommendations for the legally compliant development, integration, and safe operation of cobot systems A presentation for everyone who plans, builds, or operates safe and standards-compliant cobot applications – concise, up-to-date, and with a focus on practical implementation.

Digitalization is changing processes and procedures at an unprecedented pace, and even experts find it difficult to predict what artificial intelligence will be capable of in the next five years. This uncertainty affects companies as much as their employees. In times of change, stability and trust are crucial factors for successful leadership. As an engineer and expert in artificial intelligence, robotics, and digital transformation, I have worked closely with medium-sized companies and their leaders over the past few years. I am familiar with the challenges that come with introducing new technologies—not only on a technical level, but especially in leadership and dealing with change. But how can a leader convey security when they themselves are faced with uncertainty? What role does transparent communication play, and how can it be authentically anchored in the corporate culture? In my talk, I will share experiences and strategies from my practice—with a clear focus on how leaders can create a stable foundation in uncertain times through transparency and reflective communication.

This presentation provides an overview of how collaborative robots (cobots) with a payload of over 20 kg can make a significant contribution to occupational health and safety. Given the increasing importance of health protection, it is crucial to protect our employees from health problems, especially musculoskeletal disorders. The use of cobots can automate heavy lifting operations, significantly reducing the risk of physical overload. The presentation explains the advantages of this technology, describes specific applications in various work areas, and demonstrates how the implementation of cobots protects and promotes employee health in the long term.