In his M.Sc. thesis, Hisham Zeidan delves into the fascinating intersection of traditional wood joinery techniques and modern digital fabrication. This research, undertaken in collaboration with the University of Nicosia and the University of Innsbruck, aims to catalog and digitize various wood joint methods, creating a comprehensive library that can significantly aid designers, architects, and fabricatorsKey Insights:

• Traditional Craftsmanship: Wood joinery has been a fundamental aspect of woodworking for centuries, emphasizing precision and craftsmanship. These techniques rely on interlocking wood components rather than metal fasteners, showcasing the ingenuity of woodworkers across various cultures. For example, Japanese joinery techniques, developed in response to the scarcity of iron, exemplify a deep understanding of wood properties and structural integrity.
• Digital Integration: Zeidan’s research emphasizes the importance of digitizing these traditional techniques to make them accessible for modern design and fabrication processes. This involves creating detailed 3D models and Grasshopper scripts, which can streamline the design workflow for computational designers and project developers. The thesis aims to simplify and enhance the digital creation process by digitizing joinery.
• Web Application Development: A significant outcome of this research is the development of a public web application supported by a MySQL database. This platform will house a catalog of joint types, complete with detailed descriptions, 3D models, and downloadable scripts. Users will be able to explore innovative joining techniques, view interactive 3D models, and access resources that can significantly improve the efficiency and creativity of their projects.
• Future Implications: The project has broader implications for the woodworking and design industries. By empowering designers with access to a comprehensive database of versatile and efficient joining methods, Zeidan’s work promises to enhance the quality and durability of fabricated products. It also encourages greater flexibility and creativity in design, allowing for the realization of complex geometries and innovative structures.
• Empowering Designers: Ultimately, this research bridges the gap between traditional craftsmanship and digital tools, fostering collaboration among designers, architects, and fabricators. By merging the artistry of joinery with the precision offered by digital technology, Zeidan’s work aims to ensure that these age-old techniques continue to evolve and inspire future generations.

In summary, Hisham Zeidan’s thesis represents a significant step toward integrating traditional wood joinery with modern digital fabrication, opening up new avenues for design innovation and craftsmanship.

You can check the web app and the joint models here