Soap film forming a pyramidal catenary surface on a wire frame, captured by Murilo Gasparetto during the form-finding day of the workshop.

Models byNature 2.0

Date 2019-07-27

Author Daniel Nunes Locatelli

Place Atelier Marko Brajovic
Location São Paulo, Brazil
Language Portuguese
Instagram post announcing the workshop
Instagram post announcing the workshop

Following the success of Models byNature 1.0, this second edition continued the workshop format across four Saturdays, further deepening the connection between computational design and natural phenomena. Held at Atelier Marko Brajovic in São Paulo, the course guided participants through physical form-finding experiments, parametric modeling with Rhino and Grasshopper, and biomimetic design principles. Reference literature, including Frei Otto’s “Thinking by Modeling” and C.V. Boys’ “Soap Bubbles”, provided the theoretical foundation for the workshop’s hands-on approach.

Reference books including Frei Otto and Soap Bubbles
Reference books including Frei Otto and Soap Bubbles

Form-finding experiments

The first Saturday was dedicated to physical form-finding. Participants built wire frames and dipped them into soap solution to reveal minimal surfaces, the same principle Frei Otto used when designing tensile structures. Catenary curves emerged from threads suspended between sticks, fabric stretched over frames demonstrated membrane behavior under tension, and sand poured over perforated boards self-organized into Voronoi patterns. These experiments gave participants an intuitive, material understanding of the structural logic that computational tools later formalize.

Participants in the atelier courtyard during form-finding experiments

Form-finding workshop

Soap film revealing minimal surfaces on wire loops

Soap film forming a pyramidal catenary on a wire frame

Complex soap film sculpture on wire

Form-finding strings and sticks with soap

Tensile fabric model with sticks

Tensile fabric model detail

Voronoi pattern emerging from sand
Voronoi pattern emerging from sand

Computational design phase

Over the following Saturdays, participants translated their physical experiments into parametric models using Rhino and Grasshopper. Topics included Voronoi tessellation, mesh relaxation with Kangaroo, surface subdivision with Weaverbird, and associative modeling techniques. Each participant developed an individual design inspired by the natural processes observed during the form-finding day. The progression from physical to digital reinforced a core principle: computational design is most effective when grounded in an understanding of the phenomena it simulates.

Participants working with Grasshopper

Participants working with Grasshopper

Final presentations

On the last Saturday, participants presented their individual projects. Architect Marko Brajovic joined the closing session with an open talk on biomimetics and its role in contemporary architecture and design, connecting the workshop’s exercises to broader themes in the field.