Intelligent Force Printing

This book delves into the forefront of architectural innovation by exploring the potential applications of 3D robotic concrete printing as structural prototypes. With a focus on intelligent computational design, RMIT studio aims to revolutionise additive manufacturing techniques, particularly within the realm of large-scale concrete 3D printing. Through the utilisation of digital design and cutting-edge fabrication methods, including three-dimensional graphic statics, bidirectional evolutionary structural optimisation, and FURobot robotic manufacturing, students undergo a transformative journey, refining their design thinking, methodologies, and construction skills. As a tangible outcome, the studio presents an experimental large-scale pavilion, serving as a testament to the practical implications of their research. This volume, published to accompany the Intelligent Force Printing exhibition at Melbourne Design Week 2024, encapsulates the studio s findings, delving into both the aesthetic forms shaped by emerging design philosophies and the potential future applications of 3D articulate printing technology within the construction industry.