معرفی
Boris Ceranic serves as a Senior Lecturer within the Built Environment Research institute at the College of Science and Engineering. His academic profile centers on sustainable building innovation, structural engineering, and renewable energy integration, with particular expertise in thermoelectric systems and climate-responsive architectural design.
His research spans sustainable building design, structural optimization, and renewable energy systems, with emphasis on life cycle assessment of materials, overheating mitigation in structures, and wearable thermoelectric generators. Key contributions include shape grammar applications for adaptive facades, thermal capacity solutions in modular construction, and sustainable frameworks for transforming vacant properties. His work consistently bridges theoretical modeling with practical case studies in energy-efficient building performance.
Analysis of recent publications reveals a strong interdisciplinary trajectory merging building science, materials engineering, and environmental sustainability. His studies frequently employ numerical modeling to address real-world challenges like global warming impacts on building overheating and sustainable infrastructure delivery in developing contexts. Recurring methodological themes include Building Information Modeling (BIM) integration, real-time performance evaluation, and life cycle assessment of emerging technologies.
Dr. Ceranic actively contributes to the Built Environment Research institute through projects addressing urgent built-environment challenges. His Smart-POD research demonstrates thermal capacity innovation in rapid-deployment structures, while his work on empty-home transformation frameworks tackles housing crises through sustainable design principles. Current efforts focus on thermoelectric material optimization and climate-adaptive building systems for enhanced urban resilience.
