Max Robotics — Global Service Robot Directory + US Certification

About

Oliver Tessmann is a leading researcher at the intersection of computational design, robotic fabrication, and architectural innovation. His work centers on three interconnected domains: robotic assembly systems, discrete modular construction, and human-machine collaboration in architectural design. Tessmann has made significant contributions to advancing tactile sensor-based robotic assembly, most notably demonstrated in his highly cited 2021 paper on robotic architectural assembly with tactile skills, which has garnered 53 citations and established him as a key voice in intelligent construction robotics. A recurring theme throughout his research is the pursuit of sustainable, reusable building systems. His investigations into geometrically interlocking elements — including the SL-Block system, Roll-Lock concrete elements, and dry-joint modular structures — address pressing industry concerns around material waste and circular construction. His design-to-production workflows bridge the gap between advanced computational design and physical fabrication constraints. Tessmann also explores participatory and AI-assisted design processes, investigating how non-expert groups and artificial intelligence can meaningfully contribute to architectural production. His gamified design platform, "20,000 Blocks," exemplifies this democratizing ambition. Across his body of work, Tessmann consistently pushes architectural research toward more adaptive, collaborative, and environmentally responsible futures.