Arch 436 Advanced Modeling Spring 2018

Advanced Modeling

Course Description:
This course will focus on 3D modeling of complex geometric components in Architecture and design.
Concepts explored will concentrate on the advancement of digital design as an iterative process.
Various modeling types covered are: Explicit Modeling, Nurbs Surface Modeling, Parametric Modeling & Responsive Modeling.

Prerequisite: DC II or permission to take the course

CLASS LIST

Syllabus: REVISED

Arch 436_SP18_Syllabus_REV

Professor:

Alphonso Peluso: peluso@iit.edu

Past Final Examples:

Past Student Work – Arch 436 – Spring 2017

Past Student Work – Arch 436 – Fall 2016

Past Student Work – Arch 436 – Spring 2016

Past Student Work – Arch 436 – Fall 2015

Past Student Work – Arch 436 – Summer 2015

Past Student Work – Arch 436 – Fall 2014

Past Student Work – Arch 436 – Summer 2014

Past Student Work – Arch 436 – Summer 2013

 

Past Homework Examples:

Miguel Herreras

Denis Serdyukov

Daniel Marquina De La Fuente

Minsung Kim

Carmen Rubio

Mario Serrano

Jose Carrillo Garcia (good graphic layout)

Jacobo Medina

Mikel Berra

Oksana Sutula

Yechi Zhang  (good final example)

Melina M. De Oliveira Sanchez

Bishrelt Solongo

Daniel De Souza Goncalves

 

Past Midterm Examples:

Midterm Examples: Summer 2017 (this is Summer Final but semester was only 6 weeks)

Midterm Examples: Spring 2017

Midterm Examples: Fall 2016

Midterm Examples: Summer 2016

Midterm Examples: Spring 2016

 

Class Tutorials and Assignments:

Class-01:  Introduction _ Interface _ Geometry Types _ Nurbs _ 2D Polygons _ Tessellations (Rhino)

Assignment 01 – Arch 436_HW01

Reading 01

Polyhedra Primer Ch1, Pearce & Pearce
Polyhedra Primer Ch2, Pearce & Pearce

Videos:
Rhino
Video-01 

Video-02 

Grasshopper
Video-03

Resource Materials:
Ch2 T. W. Sederberg, BYU, Computer Aided Geometric Design Course Notes
Ch6 T. W. Sederberg, BYU, Computer Aided Geometric Design Course Notes
History of splines – NURBS – WikiHelp
LOFTING DUCKS, Spline Weights
Non-uniform rational B-spline – Wikipedia, the free encyclopedia
Nurbs Curve A Guide for the Uninitiated
Rhinoceros – What is NURBS_
Tessellations-Linda Pearce-Cal State
Rotational symmetry – Wikipedia, the free encyclopedia
Tessellations by Recognizable Figures – EscherMath

 

Class-02:  Surface Modeling _ Polyhedra _ Folded Plate Tessellations ( Rhino ) _ Intro to Paneling Tools (Grasshopper)

Reading-02:
Polyhedra Primer Ch3, Pearce & Pearce
Structure Systems-Surface Active-Heino Engel
Function of Form Plate Tessellation FarshidMoussavi

Resource Material:
The Platonic Solids

Assignment-02 – Arch 436_HW02

Videos:

Video-01

Video-02 

Video-03 

Video-04 

 

Class-03:  Shell Structures _ Domes _ Pneumatic Membrane Tessellations ( Rhino ) _
Tower Case Study 01

In-Class Case Study-01: Shadow Pavilion

In-Class Case Study-02:  Selfridges Department Store Future Systems Architects 

In-Class Case Study-03: MAD Architects Absolute Towers

Reading-03:
Function of Form-Shell Systems-Farshid Moussavi
Structure Systems-Shell Structures-Heino Engel
Function of Form-Pneumatic Membranes-Farshid Moussavi
Structure Systems-Pneumatic Structures-Heino Engel

Resource Material:
Form_Forces_Ch3

Assignment-03 – Arch-436_HW03

Shell Structure Tessellations Videos

Video-01 

Video-02 

Video-03 

Video-04 

Pneumatic Membrane Tessellation Videos:

Video-01 

Video-02 

 

 

Class-04: Parametric Shell Structure Tessellation _ (Grasshopper) _ Idea Shop Tour and Authorization _ Tower Case Study 02 _ ( Data Tree 01 )

In-Class Case Study: MAD Architects Absolute Towers

Assignment-04 – Arch 436_HW04

Resource Materials:

Interview with the creator of Grasshopper – David Rutten Interview

Open_Systems_Marco_Vanucci_BW  ( parametric modeling theory )

Shell Structure Tessellation Video

Class-05: Parametric Folded Plate Tessellation _ (Grasshopper) _ Paneling Tools Effects Demo  _ ( Data Tree 02 )

 

Assignment-05 – Arch 436_HW05

Resource Materials:
http://www.wired.com/2014/09/curvature-and-strength-empzeal/
http://mathworld.wolfram.com/GaussianCurvature.html
http://brickisland.net/cs177/?p=144

Video (Please note: At the end of the video use Graft Tree (creates a Data Tree) Instead of Cross Reference)

 

Midterm: Arch 436_SP18_Midterm

Idea Shop Wiki: https://wiki.ideashop.iit.edu/index.php?title=Main_Page

Idea Shop Fixing .STL’s: https://wiki.ideashop.iit.edu/index.php?title=Fixing_STLs

Netfabb link: https://www.autodesk.com/products/netfabb/overview

 

Class-06: ( Data Trees )

In-Class Case Study: 10 Hills Place Amanda Levete Architects

In-Class Case Study: Enzo Ferrari Museum Future Systems + Shiro Studio

In-Class Case Study: Soma – One Ocean Expo 2012 South Korea

Video

 

Class-07 – Work in Class

 

Class-08 – Midterm Presentations

 

Class-09– Case Study – ShellStar Pavilion by Matsys _ Computational Form Finding with Kangaroo 2 (Physics Engine)

Shellstar Pavilion: Shellstar Pavilion Case Study

Shellstar Video:

Shell Star Assembly and Construction from Riyad Joucka on Vimeo.

Assignment-06 – Arch-436_HW06

Kangaroo 2 plug-in Website: http://www.grasshopper3d.com/group/kangaroo

Daniel Piker’s Blog (creator of Kangaroo plug-in) https://spacesymmetrystructure.wordpress.com/

Readings:

Reading: FORM_FINDING.pdf

Reading: ISS101  ( Form Finding and Analysis )

Reading: ISS201 ( Concepts to Constructs )

Case Studies: ENGEL_Form_Finding

isler-diagrams

Image Source:  The Engineer’s Contribution to Contemporary Architecture HEINZ ISLER by John Chilton, Riba Publications

 

 

Class-10 – Computational Form Finding with Karamba #01 _ FEA ( Finite Element Analysis )

Assignment -07 – Arch 436_HW07_SP16

Karamba download: http://www.karamba3d.com/downloads/

 

Karamba Form Finding Video

 

Class-11 – NO CLASS

 

Class-12 – Karamba Tower (Parametric Structural Analysis) _ Gravity and Wind Loads _ Feedback

Tutorial Videos: https://www.karamba3d.com/tutorials/tutorials_parametric/twisted-tower/

 

Class-13 – Computational Form Finding with Karamba #01 _ FEA ( Finite Element Analysis )
( Weaverbird ) (Mesh + ) (Color)

Case Study – Chemnitz Stadium by Cecil Balmond

Chemnitz Stadium link: http://www.balmondstudio.com/architecture.php

 

Final Assignment: Arch 436_SP18_Final