Architectural Digital Fabrication and Mock-Up Foundations

Modern architecture relies on the seamless translation of digital designs into physical structures. Understanding how to bridge the gap between computer-aided design (CAD) and computer-aided manufacturing (CAM) is essential for any aspiring designer or builder. This comprehensive course guides you through the foundational principles of digital mock-ups and architectural fabrication. You will learn how to analyze complex geometries, plan large-scale prototypes, and understand the workflow from digital model to physical construction. What you'll learn: - Understand the core principles of CAD/CAM workflows and digital mock-up creation. - Analyze complex geometric shapes, curved surfaces, and spatial relationships for fabrication. - Apply parametric design concepts to streamline structural modeling and prototyping. - Explore modern digital fabrication methods including CNC milling, laser cutting, and additive manufacturing. - Evaluate material properties and structural constraints for large-scale architectural mock-ups. - Learn how to collaborate effectively with fabricators and translate digital files into physical components. We begin with the absolute basics of architectural geometry and digital drafting before progressing to fabrication planning. You will study written case studies, step-by-step logic workflows, and fabrication-ready design principles. This course is designed for beginning architecture students, designers, and hobbyists interested in digital fabrication, with no prior CAD/CAM experience required. Start reading today to master the foundations of digital-to-physical architectural design.