Archinect
MSc. Arch. Alan Rodríguez Carrillo

MSc. Arch. Alan Rodríguez Carrillo

Beijing, CN

anchor
00 - Final Zoom In 3D Simulated + Geometry Image
00 - Final Zoom In 3D Simulated + Geometry Image
38 more images  ↓

The [Bio]Computational in Architectural Design Process - Final Thesis _ [A]

The [Bio]Computational in Architectural Design Process - Final B. Arch. Thesis

Study Case A

How can we achieve the computational simulation of matter and energy, linked to the production of form, without first making the form itself?

Final Thesis A Files:

- Final Rhinoceros File:  https://drive.google.com/file/d/0B6OR9wK5_QX0NG5hYlBveFhkeGs/view?usp=sharing

- Grasshopper File: https://drive.google.com/file/d/0B6OR9wK5_QX0RGRtTUpubURxMUE/view?usp=sharing

- Final 3D Web File: https://sketchfab.com/models/6dd989d6a80b412faee010489dba6bf6

by Alan Roo

 
Read more

Status: Built
Location: Ciudad de México, MX
My Role: Concept + Idea + Design + Programming + Representation

 
01 Main Title - The [Bio]Computational in Architectural Design Process
01 Main Title - The [Bio]Computational in Architectural Design Process
02 - Biological Precedents A
02 - Biological Precedents A
03 - Biological Precedents B
03 - Biological Precedents B
04 - Computational + Engineering Precedents SWEBOK
04 - Computational + Engineering Precedents SWEBOK
05 - Computational + Design Precedents - Visual + Textual Programming
05 - Computational + Design Precedents - Visual + Textual Programming
06 - Design Conception by Alan Rodríguez Carrillo
06 - Design Conception by Alan Rodríguez Carrillo
07 - Design Fields _ Concepts
07 - Design Fields _ Concepts
08 - Concept and Design Fields Combinations by Alan Rodríguez Carrillo
08 - Concept and Design Fields Combinations by Alan Rodríguez Carrillo
Acropora Coral - Biological Specimen Reference
Acropora Coral - Biological Specimen Reference
09 - Design Fields to Final Concept to Form
09 - Design Fields to Final Concept to Form
10 - Final Design + Technical Concepts
10 - Final Design + Technical Concepts
11 - Final Scheme Computational Form
11 - Final Scheme Computational Form
12 - Computational Relationships to Design
12 - Computational Relationships to Design
13 - First Design Stage and Approach
13 - First Design Stage and Approach
14 - First Design Stage and Approach A
14 - First Design Stage and Approach A
15 - First Design Stage and Approach B
15 - First Design Stage and Approach B
16 - Second Design Stage and Approach
16 - Second Design Stage and Approach
17 - Second Design Stage and Approach A
17 - Second Design Stage and Approach A
18 - Second Design Stage and Approach - Geometric Thesis
18 - Second Design Stage and Approach - Geometric Thesis
19 - Second Design Stage and Approach B
19 - Second Design Stage and Approach B
20 - Second Design Stage and Approach C
20 - Second Design Stage and Approach C
21 - Third Design Stage and Approach
21 - Third Design Stage and Approach
22 - Third Design Stage and Approach A
22 - Third Design Stage and Approach A
23 - Third Design Stage and Approach B
23 - Third Design Stage and Approach B
24 - Fourth Design Stage and Approach
24 - Fourth Design Stage and Approach
25 - Fourth Design Stage and Approach A
25 - Fourth Design Stage and Approach A
26 - Fourth Design Stage and Approach B
26 - Fourth Design Stage and Approach B
27 - Fourth Design Stage and Approach C
27 - Fourth Design Stage and Approach C
28 - Thomas McCabe - Final Cyclomatic Complexity
28 - Thomas McCabe - Final Cyclomatic Complexity
29 - Final Render View
29 - Final Render View
30 - 3D view A
30 - 3D view A
31 - 3D view B
31 - 3D view B
32 - 3D view C
32 - 3D view C
33 - 3D view D
33 - 3D view D
34 - 3D General View
34 - 3D General View
35 - 3D Zoom In View A
35 - 3D Zoom In View A
36 - Architectural + Structural Applications A
36 - Architectural + Structural Applications A
37 - Architectural + Structural Applications B
37 - Architectural + Structural Applications B