Tikwalus Timber Pavilion

This is the Tikwalus Tourism Project, an Interpretive Primary Hub located in British Columbia, Canada, designed and modeled by Alan Gomez.

Alan shares his experience of using VisualARQ in this project.

Project description:

A timber pavilion located along the Tikwalus Heritage Trail, designed with an open, circular layout supported by Yellow Cedar timber log columns. The structure’s primary feature is its intricate radial roof system, consisting of wooden beams arranged in a radial pattern that converges toward a central circular opening.

The columns rest on sturdy concrete footings, providing both structural integrity and resistance to environmental factors. The combination of engineered wood and durable fasteners makes the design suitable for outdoor installations, capable of withstanding diverse weather conditions while maintaining aesthetic appeal. This type of pavilion is ideal for public spaces, parks, or recreational areas, showcasing timber’s versatility and strength. Its open design encourages airflow and natural lighting, embodying sustainable principles and a commitment to eco-friendly construction materials.

The main design goal was to create a space of pride and inclusivity for the Spuzzum Nation, while embedding in its foundation the traditions and culture of the Spuzzum people. Best practices in climate resilience and land stewardship are essential to the design.

How did VisualARQ help me develop this project?

“I have been using VisualARQ for many years and have worked on a wide range of projects, from small and medium-sized works to large structures. These include everything from steel residential mailboxes to internationally recognized wooden structures in one-of-a-kind projects located across various parts of the world. In all of these projects, including the Tikwalus project, VisualARQ provides me with the necessary tools to link the 3D model with the specific details of the drawings, allowing me to keep the drawings updated directly from the 3D model without resorting to “workarounds” in drawing techniques or 3D modeling to meet specific requirements.“

“VisualARQ gives me the right tools to display the 3D model in detail within the drawing environment throughout all project phases, from the initial conceptualization, through the design and engineering development, to the manufacturing and installation phase. Specifically, in the manufacturing phase (the most critical phase of the project), VisualARQ allows me to generate everything from assembly pieces to the individual parts of each element to be fabricated. I will definitely continue to use VisualARQ in all my future projects.“

Images and project description provided by Alan Gomez