Research and Digital Tools for Sustainable Timber Architecture
I believe sustainable architecture should not be a guarded secret. Here is the technical research and parametric design tools I’ve developed at SAFE to make high-performance timber construction accessible for your next project.
This is a demonstration of the digital tool I created for Rhino3D and Grasshopper. It allows for the rapid visualization of timber structures, helping architects and engineers integrate my hybrid system into their designs from an early stage.
My research on Hybrid Timber Construction Technology, conducted at TU Delft, was published to be shared openly. I believe sharing knowledge is the fastest way to promote the adoption of sustainable building practices.
I was honored to have my work on Hybrid Timber Construction featured in Rumoer, the magazine of the building technology student association at TU Delft. Academic platforms are vital for spreading awareness about sustainable innovation.
About Spreading the Knowledge: Publications & Digital Tools
If you are exploring timber for your project, the biggest hurdle is usually early-stage visualization. I built a custom parametric tool for Rhino3D and Grasshopper that helps you bypass the guesswork. You can input your building footprint and center-to-center column distances, and the tool immediately generates a structural skeleton based on my hybrid timber-concrete logic, allowing you to check structural viability before you commit to detailed engineering.
Why I Share My Research
My work with the 'Hyber' (Hybrid Timber) system isn't just about building structures; it's about shifting the industry standard. Whether you are an architect or a property owner, understanding the structural logic behind seismic-responsive timber is vital for long-term safety and sustainability. I have published this research because I believe sharing technical data is the fastest way to promote green building practices.
Accessing the Parametric Tools
The Rhino3D and Grasshopper tools featured here are designed for engineers and architects who want to integrate hybrid timber systems into their work. These tools simplify the calculation of column spacing, beam depths, and structural grids, helping you validate concepts early in the design phase. You can download the current version of the tool directly from my shared drive via the links provided in my publications.
Technical Scope
- Seismic Analysis: My research focuses on building in earthquake-prone zones, specifically adapting the flexible principles of traditional 'Assam type' houses into modern, high-rise contexts.
- Glue-Free Joinery: We prioritize dry-locking timber joints to eliminate chemical-heavy glues, which improves site safety and environmental impact.
- Carbon Reduction: My feasibility studies aim for a significant reduction in CO2 footprint—often exceeding 40%—compared to standard RCC construction.
If you have questions about applying these parametric models to a specific site or need a structural feasibility report for your project, please reach out. I am always happy to discuss how we can adapt this system to your local context.
SAFE Design Studio
I’m Krittika, and I founded SAFE because I believe nature and modern engineering belong together. I’ve spent years researching seismic-responsive timber systems, and I’m always happy to share these findings with anyone ready to build better.
Looking for specific technical guidance?
You can search for structural solutions or specific architectural techniques here.
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