This thesis delves into the potential of timber as a sustainable and efficient material for constructing emergency shelters, particularly in post-disaster scenarios where rapid and accessible housing solutions are critical. The research focuses on the development of "Lock n Load," a digital tool designed to streamline and optimize the design, construction, and delivery of timber frame shelters.
A primary challenge addressed in this thesis is the limited availability of skilled labor in post-disaster situations. "Lock n Load" tackles this challenge by automating complex design tasks, enabling individuals with minimal construction experience to participate in building their own shelters. The tool incorporates a user-friendly interface that simplifies the design process, making it accessible to a wider range of individuals.
Another key aspect of this research is the emphasis on utilizing readily available resources. By optimizing the use of timber and incorporating local sourcing, "Lock n Load" promotes sustainability and reduces reliance on external materials. This approach not only minimizes environmental impact but also allows for faster and more cost-effective shelter construction.
The research methodology includes a case study that investigates various design and optimization methods for timber structures. This case study provides insights into the structural performance and material efficiency of different timber frame designs, informing the development and refinement of "Lock n Load".
Lock n Load offers an innovative solution to address the urgent need for effective emergency shelters by bridging traditional timber construction with modern digital tools. "Lock n Load" empowers individuals to take an active role in their own shelter construction, promoting self-reliance and community participation in post-disaster recovery efforts. The tool's focus on sustainability, efficiency, and accessibility makes it a valuable resource in addressing the challenges of providing rapid and resilient housing solutions in times of crisis.