Architecture Engineers Award

  The convergence of bio-architecture and neuroarchitecture represents a new frontier in building design, one that emphasizes both environmental performance and human well-being. While architectural practices increasingly borrow natural forms or materials, research demonstrates that true impact emerges when design is informed by biomimetics, biophilia, and neuroscience. This research seeks to bridge the gap between superficial applications of nature-inspired elements and scientifically grounded evidence that links design choices to cognitive, physiological, and emotional outcomes for occupants. Bio-Architecture Principles and Biomimetic Applications Biomimetics within bio-architecture focuses on translating strategies observed in nature into sustainable design solutions. By mimicking ecological processes and structural efficiencies, architects can reduce energy consumption and create self-sustaining systems. Research demonstrates that natural analogues—from ventilation inspired ...

  The preservation of cultural heritage requires a delicate balance between historical continuity and modern functional needs. In Fenghuang Ancient Town, the diaojiaolou (stilted buildings) along the Tuojiang River embody both cultural symbolism and unique architectural morphology. This study introduces a comprehensive exploration of sustainable adaptive reuse strategies designed to conserve the heritage value of these structures while aligning them with contemporary socio-economic and environmental demands. Morphological and Cultural Significance of Diaojiaolou The diaojiaolou are more than architectural forms; they reflect the cultural identity and lifestyle of the Tujia and Miao ethnic groups. Their elevated structures, wooden frameworks, and intricate decorative features illustrate a deep adaptation to the riverside environment. Analyzing their morphology not only helps in documenting architectural traditions but also highlights the role of cultural symbolism in urban heritag...

Smart buildings are rapidly becoming a vital part of sustainable development, offering solutions that enhance energy efficiency, improve user comfort, and reduce environmental impact. However, their adoption in Nigeria and other developing nations remains limited due to cost constraints, lack of expertise, and insufficient awareness. This study highlights the urgent need to analyze the financial implications of smart building adoption, focusing particularly on Abuja as a case study. Cost Implications of Smart Building Implementation The study emphasizes that the most significant challenge in smart building development is the high cost of hardware components, which often discourages investors and builders. These financial barriers create a widening gap between traditional construction practices and smart building adoption, particularly in markets with limited financial incentives. Cost analysis becomes an essential step in identifying realistic approaches to reducing expenses without ...