AR-211: Stereotomy

Lectures in this course (70)

Explores real-time interoperability and open-source solutions for developing plugins for TopSolid.

Covers the modeling of stone structures, collaborative work, and systematic document management for student projects.

Explores the geometric design and machining preparation of a mono panel.

Covers the organization of a workshop on stone cutting and machining for the construction of a wooden pavilion.

Covers the organization of the course, creation of voussoir components, collaborative work, and selection of group components.

Explores the design process of pavilion structures, emphasizing the creation of a topological polyhedron as the foundation document.

Provides detailed guidelines for a pavilion project, emphasizing effective resource utilization.

Explores the design process of a mono panel and its integration into a larger pavilion structure.

Covers the design process of multi-panel components in TopSolid 7.

Explores the basics of collaborative work in TopSolid for efficient document management.

Covers designing, optimizing, and machining elements for a pavilion using TopSolid software.

Covers the structure of PAV 3A and 3B, focusing on bisection and beam components.

Focuses on the structure and envelope project, emphasizing accurate documentation and collaborative work.

Delves into advanced geometric structures and the impact of dihedral angles on architectural assembly.

Explores conicite in wood pavilion design, covering modeling, structure assembly, and advanced techniques.

Covers advanced geometric modeling techniques and detailed documentation for assembly and animations.

Demonstrates the efficient assembly of a wall component using Topsolid software.

Reviews geometric projects, exploring varying panel sizes and complex geometries.

Covers the CNC machining project focusing on drilling axis presentation.

Explains the organization of functional subassemblies and the management of physical properties.

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