Thank you!
Advanced Computational Methods
60hrs + Content
1) Parametric/Procedural design & visual programming - Theory, UI & history (3hr)
2) Data management, debugging & workflow organisation (2hr)
3) Parametric facade design & surface panelling (5hr)
4) Urban & terrain data (Gismo) (2hr)
5) GIS data integration & urban analysis (QGIS + Grasshopper) (2hr)
6) Environmental analysis - sun, wind, acoustics, green view (Ladybug) (8hr)
7) Sustainability & life cycle assessment (LCA) (incl. early-stage carbon checks) (3hr)
8) Digital fabrication - nesting, rationalisation & joinery (3hr)
9) Physics simulation & form-finding (1hr)
10) Finite element analysis (FEA) & structural optimisation (1.5hr)
11) Topological Optimization (2hr)
12) Generative & evolutionary design - SOO, MOO & multi-goal optimisation (3hr)
13) BIM interoperability (Revit via Rhino.Inside) (2hr)
14) Agent-based modelling & field logics (1hr)
15) Combinatorial design theory (1hr)
16) Machine learning for design prediction & optimisation (5hr)
17) Non-trivial & complex/fractal geometry - tensegrity, folding, differential growth & more (1hr)
18) Architectural assistance workflows (interior, landscape, planning) (2hr)
19) Full project workflow integration (3hr)
20) Real-time visualisation & game engine environments (Unreal Engine) (2hr)
21) Rhino.Compute and Web-based Viewer (3hr)
22) Scripting wit C# in Rhino (1hr)
23) Setting up a robot arm (1hr)