Monika Petříčková is an Associate Professor and Head of the Department of Engineering at the Faculty of Architecture, Brno University of Technology. Her academic work spans teaching, research, and administrative roles, including membership on the Dean’s Advisory Board, Library Advisory Board, and Scientific Board of the Faculty. Specializes in structural mechanics and load-bearing systems for architectural applications Active in educational innovation projects since 2006 Current research focuses on eco-friendly earthen construction and modular wooden systems She coordinates courses in structural mechanics, building materials, and construction technology. Notable projects include: "Hlína pro lidi" (2021-2024) - eco-friendly community buildings using raw earth Modular timber gridshell systems (2020) Digital structural model databases (2015)
Peter Surový is an Associate Professor at the Czech University of Life Sciences Prague (CZU), where he serves in the Department of Forest Management and Forest Conservation within the Faculty of Forestry and Wood Technology. He also holds the position of Vice-Chairman of the Academic Senate Dean's Board of the Faculty of Law at CZU, demonstrating his cross-disciplinary engagement within the university. Dr. Surový's research focuses on the application of advanced remote sensing technologies in forest management and conservation. His work spans multiple areas including: Utilization of satellite imagery and UAV/drone technology for forest health monitoring Bark beetle detection and forest disturbance assessment Forest fire risk modeling and assessment Drought impact analysis on forest ecosystems Development of innovative methods for forest inventory and mensuration His recent publications highlight a strong emphasis on integrating artificial intelligence with remote sensing data to address pressing forest management challenges. Dr. Surový has been particularly active in developing early warning systems for forest disturbances and creating practical tools that can be implemented by forest managers. His research often involves international collaborations, with projects extending to tropical forests in Ghana and Angola, demonstrating the global relevance of his work. Dr. Surový has been involved in several significant research projects including: "Mapping of forest health status, tree species, and forest risks using innovative ICT data and approaches" (TA0 2021-2024) "Monitoring the status and development of bark beetle-damaged stands after the bark beetle calamity" (MZE 2021-2023) "Frameworks and possibilities of forestry adaptation measures and strategies related to climate change" (EHP 2015-2016) His methodological contributions include certified methodologies for UAV-based forest monitoring and damage assessment, which have been adopted by forest enterprises in the Czech Republic. Dr. Surový's work bridges the gap between cutting-edge technology and practical forest management applications, making significant contributions to sustainable forestry practices.
Radim Löwe is an Educator and Deputy Manager at the Department of Forestry Technologies and Constructions within the Faculty of Forestry and Wood Technology at the Czech University of Life Sciences Prague. Additionally, he serves as Vice-Dean for External Relations, overseeing institutional partnerships and outreach initiatives. His academic roles integrate teaching, research leadership, and administrative responsibilities in forest resource management. Löwe's research centers on optimizing forestry operations and ecological sustainability. Key interests include: Timber harvesting efficiency and volume estimation algorithms Bark beetle outbreak mitigation using pheromone traps and anti-attractants Mechanical properties of beetle-affected wood Forwarder performance standardization in Czech forestry Climate-resilient forest management strategies His recent publications (2022-2024) demonstrate a strong focus on solving pressing forestry challenges through technological innovation. Predominant themes include bark beetle management (7 papers), timber measurement methodologies (5 papers), and sustainable forest bioeconomy (3 papers), reflecting applied research with direct industry relevance. Löwe secured research funding for the project Rozklad přesnosti metodik používaných v harvestorech pro stanovení objemu vyrobených sortimentů (GA FLD 2018-2019), advancing precision in harvester-based timber volume calculations. As Vice-Dean, he coordinates faculty-level external partnerships and industry engagement initiatives.
Hana Urbášková is a Professor at the Faculty of Architecture , Brno University of Technology , specializing in Urban Design . Her academic career spans decades, focusing on sustainable development, ecological architecture, and rural-urban dynamics. Research Focus : Sustainable rural development, Le Corbusier's urban legacy, viticultural architecture, and traditional natural materials in construction. Teaching : Leads courses like Design of Agricultural Buildings , Urban and Landscape Design , and Urban Design History . Projects : Collaborates on rural tourism, urban transformation, and cultural heritage preservation, including the 2025 Planýrka project and GA17-26104S (2017-2019). Publications highlight her work in Čandígarh urbanism, sustainable rural tourism, and historical water systems. She actively partners with international institutions like MSA Münster and COPA.
Petr Suchánek serves as Assistant Professor at the Department of Engineering, Faculty of Architecture, Brno University of Technology (VUT Brno). Holding a Ph.D., he maintains active teaching and research roles with contact details including email xssuchanekp@vutbr.cz and phone +420 54114 6763. His current leadership of the "Hlína pro lidi" project (2021-2024) focuses on ecological community buildings using unfired earth. Education: Ing. (Master of Engineering) Ph.D. Suchánek's research centers on sustainable architecture through daylighting innovations, energy efficiency, and natural materials. His work on tubular light guides for non-lightable spaces and thermal stability during seasonal transitions demonstrates expertise in building physics. Recent projects extend this to practical earth construction applications for residential and community buildings. Publication trends reveal consistent focus on sustainable design evolution: early works (2003-2007) established theoretical foundations in daylighting and thermal dynamics, while recent outputs (2018-2019) showcase applied residential architecture with ecological materials. This progression highlights growing emphasis on implementable sustainable solutions. No scientific awards were documented in available sources. Research engagement includes two projects: "Hlína pro lidi" (2021-2024) developing earth-based community structures, and "Modernizace a inovace výuky oboru architektura" (2006-2008) modernizing architecture education. No student advisement records appear in the provided materials.
Zdeněk Vejpustek serves as Assistant Professor in the Department of Engineering at Brno University of Technology's Faculty of Architecture (FA VUT). His academic profile combines teaching responsibilities in structural engineering with specialized research in sustainable construction methodologies. Active in both Czech and international academic circles, he maintains consistent scholarly output through 2025. His research interests focus on sustainable architectural systems , particularly earthen construction techniques and timber structural rehabilitation. He investigates historical building methods while developing contemporary applications for modern urban challenges, with recent work examining funeral architecture and future city models. His publications reveal strong collaboration patterns, especially with researcher R. Bolcek across multiple projects. Analysis of his 15 most recent publications (2023-2025) shows thematic concentration in three areas: (1) earthen construction science and conservation, (2) sustainable urban development models, and (3) structural analysis of historical timber systems. His work bridges practical engineering concerns with broader architectural theory, particularly in BIOM project research exploring bio-inspired urban futures. Vejpustek actively contributes to academic governance as Member of the Faculty of Architecture Academic Senate. His teaching portfolio includes core engineering courses such as Statics of Building Constructions and specialized topics in building reconstructions, delivered in both Czech and English to support international students. Current research projects include Hlína pro lidi (focusing on community earthen buildings) and studies of endangered historical earth construction techniques, demonstrating commitment to preserving traditional knowledge while advancing sustainable building practices. His laboratory work examines acoustic properties of historical timber systems and thermal behavior of structural joints.
Prof. Ing. Josef Chybík, CSc. is a Professor at the Faculty of Architecture, Brno University of Technology, where he works in the Department of Engineering. With an extensive publication record spanning over three decades, his work focuses on sustainable architecture, energy-efficient building design, and the use of natural materials in construction. He has contributed significantly to architectural research and practice in the Czech Republic, particularly in the fields of passive houses and climate-responsive design. Professor Chybík's research interests center around sustainable building practices, with particular emphasis on energy efficiency in architectural design. His work explores how natural building materials like wood, straw, and clay can be effectively utilized in modern construction while maintaining high environmental performance. He has extensively studied the relationship between building design and indoor environmental quality, investigating how architectural decisions impact thermal comfort, air quality, and overall user satisfaction in energy-efficient buildings. His publications demonstrate a deep engagement with both theoretical aspects of sustainable architecture and practical implementation challenges. His recent publications (2020-2024) reveal a clear trend toward addressing climate change through architectural solutions, with increasing focus on regional architectural traditions, particularly in Moravian winery architecture. Professor Chybík has also maintained a strong interest in the practical application of architectural theory, often collaborating on real-world building projects that implement sustainable principles. His work bridges academic research and practical architectural application, contributing significantly to both theoretical understanding and built examples of sustainable architecture in the Czech context. Throughout his career, Professor Chybík has secured numerous research grants, including projects on sustainable community buildings from unfired clay, the impact of building structures on climate change processes, and innovations in technical subjects for architectural education. He has served on various boards including the Board of BSP and MSP Architecture and Urban Design and the Scientific Board of the Faculty of Architecture. His involvement in architectural competitions, such as the Horácka multifunctional arena in Jihlava and the development proposal for Prague's Štvanice Island, demonstrates his commitment to practical architectural solutions.
Petr Hlavsa serves as an Assistant Professor in the Department of Engineering at the Faculty of Architecture, Brno University of Technology (VUT Brno) in the Czech Republic. His academic profile combines theoretical research with practical applications in building technology and architectural design. With over a decade of scholarly activity documented through numerous publications and research projects, Hlavsa has established himself as a specialist in energy-efficient construction methods and building physics. His educational background includes dual engineering degrees (Ing. et Ing.) and a Ph.D., reflecting his interdisciplinary approach to architectural engineering. Hlavsa's research interests span multiple critical areas of contemporary building science, with particular emphasis on sustainable construction materials and energy performance certification systems. Hlavsa's scholarly output reveals consistent research themes across his publications. His work demonstrates deep expertise in thermal performance of building elements, acoustic properties of construction systems, and energy certification methodologies for existing buildings. Recent publications increasingly focus on innovative construction techniques, including additive manufacturing with natural materials. His research combines experimental testing with regulatory analysis, creating practical solutions that address both technical challenges and compliance requirements in the building sector. Hlavsa actively contributes to architectural practice through design projects including family homes in Lukovany and Lesná, demonstrating the practical application of his research findings. His patents for construction elements, particularly the 2023 patent for prefabricated floor elements, represent significant technical innovations in the field. His research projects portfolio shows sustained funding support for investigations into building acoustics, thermal performance, and sustainable construction methods. Current projects like 'Hlína pro lidi' (Clay for People) demonstrate his commitment to developing ecological and economically favorable community buildings using unfired clay. Hlavsa maintains an active scholarly network, frequently collaborating with colleagues across Czech technical universities. His work bridges the gap between academic research and practical building applications, making significant contributions to both theoretical understanding and practical implementation in architectural engineering.
