Mola Model: bridging the gap between digital precision and tactile creativity.

In an era where digital tools dominate architectural education and practice, the tactile interaction with physical models plays a crucial role in fostering creativity and deepening understanding among students and professionals. While digital simulations and software have revolutionized how we design and analyze structures, they often miss the tangible, hands-on experience that can solidify fundamental concepts. Physical models, such as those provided by Mola, allow users to explore, manipulate, and intuitively grasp structural principles in ways that digital representations simply cannot replicate. By bridging the gap between theoretical knowledge and practical application, these models encourage a more profound, creative approach to problem-solving in architecture and engineering.

Founded by Márcio Sequeira, Mola has emerged as a groundbreaking tool in architectural and engineering education, particularly in a landscape increasingly dominated by digital tools. "In a scenario where digital tools dominate architectural education and practice, Mola stands out as a physical and practical tool that offers unique value in the training and development of professionals," says Márcio. He emphasizes that while mastery of digital analysis software is indispensable, it cannot replace a solid foundation in understanding basic structural principles. According to Márcio, "A professional who understands the fundamentals of structures is better prepared to use digital tools more effectively, developing their own structural solutions with confidence and precision."

Mola's design goes beyond cultural and educational barriers, making it a universal tool that resonates with future architects and engineers worldwide. Its intuitive design allows users to visualize and interact with structural concepts in a way that traditional teaching methods often fail to achieve. "Mola transforms the way people learn about structures," Márcio explains. "Instead of relying solely on formulas and abstract calculations, Mola allows students to experiment, build, and visualize structures in real-time, facilitating a deeper connection with the content." This hands-on approach not only makes learning more engaging but also inspires students to explore the field with greater curiosity and enthusiasm.

As Mola celebrates its 10th anniversary, the launch of Mola 4 introduces exciting new features, including the exploration of arch structures and folding techniques inspired by origami. These additions significantly expand the design possibilities for the architecture and engineering communities. "The introduction of arches and shell structures in Mola 4 offers new dimensions of exploration," says Márcio. With these innovations, users can create increasingly complex and innovative structures, pushing the boundaries of traditional design. The tactile, hands-on learning experience that Mola provides continues to be a vital complement to digital tools, promoting creativity and intuitive understanding in structural design.

credits

_article written by Daniela Moreira da Silva
_film by PUSH Mídia
_curatorship by Architecture Hunter
_cover image courtesy of Mola Model
_model images courtesy of Mola Model

_projects pictured:

1. Casa Hélio Olga

_image by Nelson Kon

2. Dome of Visions by Kristoffer Tejlgaard and Benny Jepsen

_image courtesy of Atelier Kristoffer Tejlgaard

3. Expo'98 Portuguese National Pavilion by Alvaro Siza

_image by Bowen Hou

4. Sydney Harbour Bridge by Dorman Long

_image courtesy of sidney.com

5. IBM Travelling Pavilion by Renzo Piano

_image courtesy of Renzo Piano Building Workshop

6. Stansted AirPort by Foster & Partners

_image courtesy of Stansted Airport

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