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In today‘s digital age, architecture and urban spaces are increasingly integrated with technology, evolving into adaptive, responsive systems. Much like crystals growing according to inherent rules and influenced by their surrounding environment, architectural elements must also be fabricated and shaped by the data and conditions around them. This approach allows each component to respond dynamically, resulting in forms and structures that are directly influenced by real-time inputs and environmental factors, creating spaces that are both functional and organically integrated into their context. This workshop invites participants to explore the intersection of robotic 3D printing, discrete design-by-constraints approaches, and real-time fabrication control. Through hands-on applications participants will learn how to construct data-rich digital spaces driving the design of spatial elements and how robotic systems and real-time data can further influence fabrication, enabling them to investigate applications of data-driven processes, digital sensing and robotic 3D printing. Attendees will experience real-time interaction with robotic systems through prepared solutions, connecting digital design to materialization, and gain confidence in managing large-scale 3D printing operations. Together, we will fabricate and assemble a full-scale installation composed of 3D-printed elements and panels, which will be showcased at the conference. Join us to elevate your skills in computational design and digital fabrication, and discover practical applications in architecture and design.