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Pedro Venegas-rodríguez

Inicio
Peru
Lima
Pedro Venegas-rodríguez

Información de contacto, mapa y direcciones, formulario de contacto, horario de apertura, servicios, puntuaciones, fotos, videos y anuncios de Pedro Venegas-rodríguez, Diseñador arquitectónico, 369 Brasil Avenue. Lima, Lima, Peru, Lima 01, Lima.

22/01/2026

DESIGN & FUNCTION
Vibecoding x Digital Fabrication
2025-20 Batch

Midterm Work by student
At

“Design & Function” examines “function” from a computational standpoint: It doesn’t begin with predefined typologies or scale assumptions, but rather through a code-driven analytical lens. Through rules, parameters and constraints, students are capable of producing observable and verifiable behaviors within formal systems.

Vibecoding is positioned as a central practice: iterating, testing, and making design decisions in real time, with code serving as a primary instrument for reasoning. LLMs operate as mediating tools that support exploration, debugging, and documentation, while maintaining control, traceability, and clear design intent.

Digital Fabrication functions as both catalyst and validator. All computational outputs are materially tested through iterative prototyping.

Software used: +
AM Techniques: 3D Printing + Laser Cut
*No 3D-Modeling software were used in the process*

Images Description:
1. 3D Printed + Laser Cut Patterns
2. Laser Cut Patterns
3. Processing Patterns Iterations
4. AI-Rendered Scales Visions
5. Processing App Ex*****on

2025

17/01/2026

DESIGN & FUNCTION
Vibecoding x Digital Fabrication
2025-20 Batch

Midterm Work by students
At

“Design & Function” examines “function” from a computational standpoint: It doesn’t begin with predefined typologies or scale assumptions, but rather through a code-driven analytical lens. Through rules, parameters and constraints, students are capable of producing observable and verifiable behaviors within formal systems.

Vibecoding is positioned as a central practice: iterating, testing, and making design decisions in real time, with code serving as a primary instrument for reasoning. LLMs operate as mediating tools that support exploration, debugging, and documentation, while maintaining control, traceability, and clear design intent.

Digital Fabrication functions as both catalyst and validator. All computational outputs are materially tested through iterative prototyping.

Software used: +
AM Techniques: Sublimation Printing
*No 3D-Modeling software were used in the process*

Images Description:
1. Textile Printing Patterns
2. Textile Printing Patterns
3. Textile Printing Patterns
4. Processing Patterns Iterations
5. AI-Rendered Scales Visions
6. App Ex*****on

2025

11/01/2026

DESIGN & FUNCTION
Vibecoding x Digital Fabrication
2025-20 Batch

Midterm Work by students
At

“Design & Function” examines “function” from a computational standpoint: It doesn’t begin with predefined typologies or scale assumptions, but rather through a code-driven analytical lens. Through rules, parameters and constraints, students are capable of producing observable and verifiable behaviors within formal systems.

Vibecoding is positioned as a central practice: iterating, testing, and making design decisions in real time, with code serving as a primary instrument for reasoning. LLMs operate as mediating tools that support exploration, debugging, and documentation, while maintaining control, traceability, and clear design intent.

Digital Fabrication functions as both catalyst and validator. All computational outputs are materially tested through iterative prototyping.

Software used: +
AM Techniques: 3D Printing
*No 3D-Modeling software were used in the process*

Images Description:
1. 3D Printed Patterns
2. Processing Patterns Iterations
3. AI-Rendered Scales Visions
4. App Ex*****on
5. Processing Coding

2025

08/01/2026

DESIGN & FUNCTION
Vibecoding x Digital Fabrication
2025-20 Batch

Midterm Work by students
At

“Design & Function” examines “function” from a computational standpoint: It doesn’t begin with predefined typologies or scale assumptions, but rather through a code-driven analytical lens. Through rules, parameters and constraints, students are capable of producing observable and verifiable behaviors within formal systems.

Vibecoding is positioned as a central practice: iterating, testing, and making design decisions in real time, with code serving as a primary instrument for reasoning. LLMs operate as mediating tools that support exploration, debugging, and documentation, while maintaining control, traceability, and clear design intent.

Digital Fabrication functions as both catalyst and validator. All computational outputs are materially tested through iterative prototyping.

Software used: +
AM Techniques: 3D Printing + Sublimation Printing + DTF-UV Printing
Subtractive Techniques: Laser Cutting
*No 3D-Modeling software were used in the process*

Images Description:
1. 3D Printed Patterns
2. Textile Printing + Acrylics Shapes
3. Processing Patterns Iterations
4. AI-Rendered Scales Visions
5. App 1.0 Ex*****on
6. App 2.0 Ex*****on
7. App 3.0 Ex*****on

2025

07/01/2026

DESIGN & FUNCTION
Videcoding x Digital Fabrication
2025-20 Batch

Midterm Work by students .j.s
At

“Design & Function” examines “function” from a computational standpoint: It doesn’t begin with predefined typologies or scale assumptions, but rather through a code-driven analytical lens. Through rules, parameters and constraints, students are capable of producing observable and verifiable behaviors within formal systems.

Vibecoding is positioned as a central practice: iterating, testing, and making design decisions in real time, with code serving as a primary instrument for reasoning. LLMs operate as mediating tools that support exploration, debugging, and documentation, while maintaining control, traceability, and clear design intent.

Digital Fabrication functions as both catalyst and validator. All computational outputs are materially te**es through iterative prototyping.

Software used: +
AM Techniques: 3D Printing + Sublimation Printing

Images Description:
1. 3D Printed Patterns
2. Textile Printing Patterns
3. Processing Patterns Iterations
4. AI-Rendered Scales Visions
5. Processing Coding
6. App Ex*****on

2025

Dirección

369 Brasil Avenue. Lima, Lima, Peru, Lima 01
Lima

Página web

facebook.com

Notificaciones

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