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Advanced 3D Printing for Building Architecture and Houses

This advanced course delves into the cutting-edge technologies, materials, and methodologies used in 3D-printed construction. Participants will explore AI-driven design, parametric modeling, large-scale robotic printing, structural engineering principles, and sustainable solutions for modern architecture. The course integrates real-world case studies, regulatory frameworks, and hands-on project development to equip learners with expertise in the evolving field of 3D-printed architecture.

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Course Duration:

36 hours

Level:

Advanced

Course Objectives

  • Master advanced 3D printing technologies, including robotics and AI integration.

  • Explore high-performance and sustainable materials for 3D-printed buildings.

  • Develop skills in parametric and generative design for complex architectural forms.

  • Analyse structural engineering principles for load-bearing and seismic resilience.

  • Understand large-scale project execution, automation, and smart construction techniques.

  • Navigate regulatory, financial, and business aspects of 3D-printed construction.

  • Apply knowledge through hands-on prototyping, simulation, and capstone projects.

Prerequisites

  • Strong foundation in architecture, civil engineering, or construction technology.

  • Experience with CAD or 3D modeling software (e.g., Rhino, Grasshopper, Revit).

  • Basic knowledge of structural engineering and material science.

  • Prior exposure to 3D printing or digital fabrication is beneficial but not mandatory.

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