Architecture Engineers Award

  The integration of solar-hydrogen and wind-hydrogen power plants into the global energy framework has emerged as a vital solution for sustainable development. As the efficiency of electrolyzers and fuel cells continues to improve, the potential for hydrogen as a clean and autonomous energy carrier becomes increasingly significant. Reports by the International Energy Agency highlight the accelerating momentum in hydrogen-related policies and projects, underlining its role as a cornerstone of future energy systems. In this context, the study of thermal hybrid solar collectors offers an innovative path to enhance renewable energy generation, especially in regions with high solar potential, such as Siberia. Hydrogen Energy in the Context of Global Sustainability Hydrogen is gaining unprecedented attention for its role in decarbonizing the energy sector. The use of solar-hydrogen and wind-hydrogen systems offers the advantage of reducing greenhouse gas emissions while ensuring stab...

  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 interoperability between Building Information Modeling (BIM) and Facility Management (FM) represents a critical area in the digital transformation of the built environment. While BIM is widely adopted for design and construction, FM integration lags due to fragmented workflows, proprietary data formats, and insufficient alignment of organizational requirements. OpenBIM standards, developed within the building SMART ecosystem, provide a vendor-neutral pathway to enable structured, reusable, and machine-readable information exchange across the building lifecycle. However, challenges remain in their operational adoption, particularly in bridging the gap between theoretical frameworks and real-world FM applications. Technical Dimensions of OpenBIM Integration At the technical level, interoperability relies on standardized schemas such as IFC, COBie, IDS v1.0, and bSDD. Despite progress, persistent semantic inconsistencies and limited real-time, bidirectional data exchange constrain ...

  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...

  🏛️✨ Lifetime Achievement Award in Architecture 🏆🌍 The Lifetime Achievement Award in Architecture honors visionary individuals whose dedication and pioneering work profoundly shaped the field. It celebrates a legacy of excellence, innovation, and influence across architectural theory, practice, and education, inspiring future generations. Architecture Engineers Awards 🔗 Nominate now! 👉  https://architectureengineers.com/award-nomination/ecategory=Awards&rcategory=Awardee 🌐 Visit:  architectureengineers.com 📩 Contact:  contact@architectureengineers.com #LifetimeAchievementAward #ArchitectureAwards #ArchitecturalExcellence #VisionaryArchitect #ArchitecturalLegacy #ArchitectureInnovation #ArchitecturalDesign #GlobalArchitecture #ArchitecturalInspiration #ArchitectureLeadership

Throughout history , crises have profoundly influenced architectural theory and practice, shaping how societies design and construct built environments. Economic collapses, ecological disruptions, warfare, political instability, and pandemics have not only imposed constraints but also unlocked new opportunities for innovation in architecture. This research proposes that crises be reconsidered as analytical tools, reframing them as kriserion, a metaphor derived from the Greek etymological roots of the term crisis , meaning sieve. By situating crises as epistemological sieves, architecture gains a transformative framework through which tectonic theory can be reinterpreted, expanding the production of architectural knowledge beyond traditional dichotomies. Crisis as an Analytical Epistemic Tool The notion of crisis, rather than being viewed solely as a disruptive or destructive force, can serve as a critical lens for epistemological inquiry in architecture. By reinterpreting crisis as a...

Photothermal Membrane Distillation (PMD) has emerged as a promising desalination and water purification technique; however, its practical viability is often hindered by low energy efficiency and restricted mass flux. Recent research addresses these concerns by developing advanced membrane designs that combine photothermal effects, robust water-repellency, and minimized mass transfer resistance. By engineering morphological architecture, a new generation of membranes can overcome existing limitations, offering enhanced solar efficiency and long-term operational stability. Morphological Architecture Engineering The study demonstrates how carefully engineered morphological architecture can simultaneously reduce mass transfer resistance, enhance photothermal energy utilization, and maintain strong water-repellency. The multilayer configuration ensures heat localization and structural integrity while avoiding delamination, a common challenge in composite membrane systems. This architectura...

                Spectral geometry bridges mathematics and design by linking geometric properties to the eigenvalues of differential operators on surfaces. While well established in geometry processing, its adoption in architectural geometry and structural engineering has been limited. This research explores how spectral methods can provide new opportunities for shape modeling and design in architecture, opening pathways for more efficient and innovative structural solutions. Spectral Methods in Shape Modeling The use of spectral methods in shape modeling introduces new possibilities for architectural geometry by providing mathematically grounded tools for analyzing and optimizing forms. By applying eigenvalue-based techniques to surfaces and meshes, architects and engineers can unlock alternative workflows for modeling complex structures, enabling both precision and creativity. Anisotropic Laplacian Operators for Design Flexibility A key inn...

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 ...