Week Nine: Completing the Base Model- A Foundation for Sustainability
Emilia K -
Hi everyone! Before diving deeper into the systems integration work I described earlier, I should share more about finishing the base model structure since it’s the foundation for all my sustainable modifications.
Final Structural Assembly
After following the kit’s basic framing instructions over the past few weeks, I recently completed the core structural elements. The wooden frame required meticulous attention to ensure all joints were properly aligned and secured. I found that using wood glue provided the strongest connections for the scale model. Each wall section needed to be perfectly squared before attaching to the foundation and adjacent walls.
The roof assembly was particularly challenging as I had modified the original design to accommodate solar panels and the rainwater collection system. This required some creative problem-solving with scrap materials and careful measurement to maintain the proper pitch for optimal solar panel placement.
Interior Base Completion
Inside the home, I finished the basic interior layout with some strategic modifications from the original design. The kit came with traditional room dividers, but I selectively used only those necessary for privacy and structural support.
Learning Through Physical Construction
Working with my hands on this physical model revealed challenges that might be overlooked in theoretical designs. For instance, the precision needed for roof-mounted systems became apparent when I was physically placing miniature solar panels. I gained a new appreciation for the skill involved in traditional construction methods while simultaneously identifying opportunities where these methods could be improved for sustainability.
Base Model as Teaching Tool
Completing the base model before adding sustainable systems has proven to be an effective approach. It allows me to demonstrate a “before and after” comparison, showing how conventional construction can be adapted rather than completely reinvented. This comparative approach makes the sustainable modifications more relatable and potentially more adoptable for mainstream builders.
The completed base structure now serves as the canvas for the integrated systems I described earlier. Having a solid foundation was crucial before adding the complexity of interconnected water, energy, and ventilation systems.
With this strong foundation now complete, the sustainable systems integration I described earlier could proceed more effectively, building upon traditional construction methods while thoughtfully incorporating elements that reduce environmental impact and improve efficiency.