The seminar showcases a selective representation of deployable structures. While the students investigated multiple deployable systems throughout the term, the portfolio strategically excerpts three quintessential systems that best exemplify the breadth and depth of their innovative exploration.

The seminar will unravel the intricate details of the first two systems, each characterized by deployable mechanisms that expand in two distinct directions, as exhibited by the images provided. These preliminary systems, through the process of design iteration and computational analysis, establish a foundational understanding of kinetic geometries in both two-dimensional and three-dimensional contexts.

The highlight of the seminar is the unveiling of the final project—a sophisticated amalgamation of the two initial systems. This final structure exemplifies the height of complexity achieved by combining the directional expansions into a singular, cohesive deployable form. The seminar will present the comprehensive development process, from the choice of materials like laser-cut MDF and stainless steel screws to the precision engineering of joints and connections informed by week nine's computational data.

Attendees of the seminar will be taken on a detailed journey through the design process, experiencing the evolution of the deployable structures from their initial conception to their final intricate form. This deep dive into the project's trajectory promises to offer insights into the fusion of design thinking, geometry, and material innovation, revealing the multifaceted challenges and breakthroughs in crafting structures that are both interactive and capable of reimagining the utilization of space. The presentation aims to foster a deeper appreciation for the aesthetic, functional, and transformative impact these deployable structures can have on architectural and design practices.