Biomimicry of Termite Construction as a Path to Sustainability

As global temperatures continue to rise and energy consumption increases, there is an immediate requirement for sustainable solutions to decrease dependence on energy-intensive heating and cooling systems. This research explores passive cooling methods based on the termite mounds, which are recognized for their ability to regulate internal temperatures using natural ventilation and materials. Models resembling termites were built on a small scale using mixtures of soil, along with structural adjustments like ventilation holes, to evaluate how they affect the regulation of temperature and humidity. Information gathered from sensors based on Arduino showed that buildings with structural modifications consistently had lower internal temperatures and humidity levels in comparison to ambient conditions and models without adaptations. The results emphasize the possibility of using biomimicry in building designs as an energy-efficient option compared to traditional HVAC systems. This study suggests that termite-inspired designs can enhance thermal comfort and reduce energy consumption, contributing to climate change mitigation. Future studies should concentrate on adapting these models for real-world use in the construction industry.