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Browsing: Workshops
Experience the future of design through PAACADEMY Workshops powered by Parametric Architecture. Explore online courses on computational design, parametric design, AI in architecture, 3D printing, and digital fabrication, led by global pioneers from studios like ZHA, MVRDV, and more.
Each workshop offers expert guidance in tools such as Rhino, Grasshopper, MidJourney, Houdini, Blender, and Unreal Engine, alongside practical case studies and visionary design workflows. Stay ahead with emerging technologies and the latest in computational design. Explore how leading architects and designers worldwide are reshaping the built environment through future-driven design strategies.
Prompt Intelligence will focus on developing images of ideas combining art, architecture, fashion ,automobile (interior and exterior), with effects, materials exploration.
Cyber Pavilion focuses on the development of the topology of the pavilion as an architectural form and embedding it in an urban scenario.
The workshop will provide a unique experience of different 3d modeling strategies in Grasshopper, using a wide range of parametric design tools and approaches.
FormVerse with Cinema 4D will teach Cinema 4D’s essential tools, and Corona renderer to create unique results in a faster workflow.
Artificial Intelligence Bundle offers a unique opportunity to learn about the secrets of prompt crafting from three different instructors.
The Taking Control 2.0: Midjourney x ControlNet workshop will teach how to expand architectural concepts using Midjourney’s commands, as guidance.
The AI Conceptual Architecture 3.0 will cover the basics of prompt techniques in Midjourney and explore architecture concepts.
The Structural Evolution workshop will journey through the last decade of initiatives implementing parametric structures into footwear.
Ideation to creation with AI mainly focuses on form generation and presenting them in various formats, and manipulating the architectural elements.
‘Topology-Based Modelling With Blender’ explains the correlation between mesh-topology and tessellation strategies to create parametric models.
