Enrique Perez Martin is a Professor in the Department of Agroforestry Engineering at the Technical University of Madrid (UPM), active since April 2024. He previously held the position of LD Prf.Contr.Doct. since October 2021. Since 2010, he has been a key member of the research group 'Geovisualization, Unique Spaces and Heritage'. His research integrates advanced geospatial technologies across multiple domains: Geodesy and precision positioning using GNSS/DInSAR Geovisualization of cultural landscapes and heritage sites Multi-sensor fusion (UAV, TLS, GPR, SAR) for environmental monitoring Virtual reality systems for natural risk management Seismic hazard analysis and deformation control in civil engineering Current projects involve fieldwork using UAV photogrammetry, terrestrial laser scanning, and geodetic techniques for documenting agricultural systems, heritage structures, and geological risks. He specializes in developing algorithms for geodata integration and change detection processes.
Stéphanie André serves as a Lecturer at the Swiss Federal Institute of Technology Lausanne (EPFL) within the School of Architecture, Civil and Environmental Engineering (ENAC). Her primary appointment is in the Geomatics and Cartography department (SGC) for teaching activities, with an additional role at the Hydraulic Constructions Platform (LCH) under the Institute of Civil Engineering (IIC). Her academic focus spans Geomatics and Cartography—encompassing geographic data systems, spatial analysis, and digital mapping—and extends to Hydraulic Engineering, particularly hydraulic infrastructure design. This interdisciplinary work bridges geospatial technologies with civil engineering applications in water resource management. She is actively affiliated with the Laboratory of Hydraulic Constructions (LCH), where research centers on dam engineering, hydraulic structure safety, and sustainable water management systems. The laboratory maintains a strong practical orientation, addressing real-world infrastructure challenges through experimental and computational approaches.
Bénédicte Bucher is a researcher at the French National Institute of Geographic and Forest Information (IGN France), working in the Research Department of Geographical Information Sciences in Saint-Mandé. With 69 publications and 846 citations, she has established herself as a significant contributor to geospatial information science. Her research spans multiple interconnected domains: Geomatics and spatial data infrastructure Cartography and cognitive aspects of map reading Volunteered Geographic Information (VGI) quality management Knowledge graphs for spatial dataset search 3D city modeling and national coverage implementations Urban climate services and city-scale climate impact assessment Bucher's work demonstrates a progression from foundational cartographic research to cutting-edge applications of semantic web technologies in geospatial contexts. Her recent publications focus on building knowledge graphs for spatial dataset discovery and addressing semantic heterogeneities in European Spatial Data Infrastructures. She has made significant contributions to urban climate services through the URCLIM project, developing approaches to handle uncertainties in city-scale climate projections. Her research has been widely recognized with 10,833 reads across her publications. She collaborates extensively with European researchers including Monika Sester from Leibniz Universität Hannover, Marie-Dominique Van Damme from IGN France, and Mickaël Brasebin from IGN France. Her work is cited by prominent researchers such as Muki Haklay from University College London and Werner Kuhn from University of California, Santa Barbara. Bucher's interdisciplinary approach bridges traditional geographic information science with emerging computational paradigms, making her work relevant to national mapping agencies, urban planners, climate adaptation specialists, and geospatial software developers.
Pavlo Kolodiy is an Associate Professor and Dean of the Faculty of Land Management and Tourism at Lviv National Agrarian University, where he has been employed since September 1998. He holds a PhD from the same institution and maintains an active research profile in geospatial sciences. His research focuses on: Land management and cadastral systems Remote sensing applications in agriculture Geodetic network protection Spatial planning and environmental monitoring Geomatics software development Recent publications (2020-2025) demonstrate a consistent focus on integrating remote sensing and geomatics for solving agricultural and environmental challenges. His work includes developing crop assessment models using multispectral imagery, analyzing mining terrain deformation, improving cadastral methods for disturbed lands, and advancing yield forecasting techniques.
Dr. Laura Crocetti is a Lecturer at the Department of Civil, Environmental and Geomatic Engineering at ETH Zurich. She joined ETH Zurich in 2020 as a Ph.D. student and currently holds a postdoctoral researcher position (2025-present) while serving as faculty. Her research focuses on advanced applications of machine learning in space geodesy, including GNSS data analysis and geophysical pattern detection. Research Interests: Dr. Crocetti develops computational methods for analyzing GNSS time-series data, models environmental impacts on geodetic measurements, and creates data-driven pipelines for detecting anomalies in geophysical datasets. Her work bridges geodesy with AI methodologies. Education: Ph.D. in Space Geodesy, ETH Zurich (2020-2024) MSc in Geodesy and Geoinformation, TU Vienna (2016-2019) BSc in Geodesy and Geoinformatics, TU Vienna (2012-2016) Awards: Best Presentation at ETH IGP Doctoral Day (2022) Best Presentation at D-BAUG Research Day (2021) Early Adopter for Earth System Data Lab (2019) EC Student Grant for ESA Symposium (2019) Excellence Scholarship, TU Vienna (2018)
Dr. Jacek Lebiedź serves as Acting Head of the Department of Intelligent Interactive Systems within the Faculty of Electronics, Telecommunications and Informatics at Gdańsk University of Technology. His research bridges computer science, psychology, and education through innovative virtual reality applications, with current work centered on immersive environments for therapeutic, architectural, and mathematical contexts. His research interests focus on quantifying user immersion in VR systems and developing practical implementations across diverse fields. Key areas include therapeutic interventions for phobias using CAVE and HMD systems, 3D scanning integration in architectural education, and immersive mathematics pedagogy through escape room mechanics. His work consistently emphasizes measurable user engagement and interdisciplinary applications of immersive technologies. Analysis of his 2024 publications reveals a strong trend toward practical VR implementations with quantifiable outcomes, particularly in therapeutic and educational domains. The research demonstrates methodological rigor in immersion measurement while addressing real-world challenges in mental health treatment, professional skill development, and STEM education through carefully designed virtual environments. Dr. Lebiedź leads significant externally funded projects including FREELAND (ERASMUS+ program promoting STEAM through urban regeneration) and MCN (Operational Programme Intelligent Development project creating a Mobile Science Center prototype). His project management focuses on translating academic research into tangible societal applications. His work is closely associated with the Immersive 3D Visualization Lab at Gdańsk University of Technology, where he develops and tests VR applications including the "Flat of Negative Emotions" and "Arachnophobia Treatment Support" systems. This lab serves as the primary environment for his experimental research on user interaction in immersive spaces.
Jerzy Pyrchla serves as an Associate Professor in the Department of Geodesy at the Faculty of Civil and Environmental Engineering, Gdańsk University of Technology. He is based in the HYDRO building (room 114a) and can be contacted via jerpyrch@pg.edu.pl. His research spans fundamental geospatial disciplines including geodesy (Earth measurement science), surveying techniques, spatial information systems for geographic data management, cartography, geomatics, and remote sensing applications. These fields collectively advance precision in land mapping, environmental monitoring, and spatial analysis methodologies.
Dr. Marek Zienkiewicz serves as an Associate Professor at the Department of Geodesy within the Faculty of Civil and Environmental Engineering at Gdańsk University of Technology, where his academic work centers on geospatial sciences and measurement technologies. His research spans critical domains in earth measurement and spatial analysis, including: Geodesy: Precision Earth measurement and reference systems Surveying: Terrestrial and satellite-based positioning techniques Geomatics: Integrated spatial data acquisition and processing Cartography: Digital mapping and visualization systems Spatial Information Science: Geospatial data modeling and applications No scientific awards or honors were documented in the source material. Information regarding graduate student supervision, research grants, laboratory facilities, or collaborative teams was not provided in the available institutional profile.
Dr. Paweł Dąbrowski serves as an Assistant Professor at the Department of Geodesy within the Faculty of Civil and Environmental Engineering at Gdańsk University of Technology, based in the HYDRO building complex. His institutional contact details include direct phone access (+48 58 34 72901) and university email correspondence. Research activities focus on fundamental geospatial disciplines: Geodesy (core theoretical framework) Precision Surveying techniques Geomatics data integration Spatial Information Systems architecture Earth observation methodologies Cartographic representation systems No scientific awards or honors are documented in the available institutional profile. Research output trends cannot be analyzed due to absence of publication records in the source material. Advisory roles and grant funding details remain unspecified in current university records. Laboratory affiliations or research team leadership positions are not mentioned within the provided administrative profile.
Dr. Tadeusz Widerski serves as an Assistant Professor in the Department of Geodesy within the Faculty of Civil and Environmental Engineering at Gdańsk University of Technology, where he contributes to geodetic sciences and spatial data analysis. His research encompasses foundational geospatial disciplines with emphasis on: Geodetic measurement techniques Land surveying methodologies Geospatial data integration Earth observation systems Topographic mapping Geospatial infrastructure development
Małgorzata Andrzejewska serves as a Lecturer at the Department of Geodesy within the Faculty of Civil and Environmental Engineering at Gdańsk University of Technology. Her office is located in the HYDRO building (Faculty of Civil and Environmental Engineering building), room 404. Her academic focus centers on geospatial disciplines including: Geodesy Surveying Geomatics Spatial Information Systems Cartography Remote Sensing No scientific awards or research grants are documented in the available information. The text indicates no formal student supervision roles or leadership in research laboratories, with project involvement only referenced through a generic 'Give' prompt without specific details.
Janani Sivarajah is an Assistant Professor in the Department of Wood and Forest Sciences at Université Laval's Faculty of Forestry and Geomatics. She holds the Research Chair on Urban Trees and their Environment (CRAUM) and is a Regular Member of the Centre for Forest Research (CEF) since 2024. Her work focuses on transdisciplinary, applied research to build sustainable and resilient communities through nature-based solutions for urban environments. Dr. Sivarajah earned her PhD in Forestry specializing in Urban Forestry, MFC in Forest Conservation, and HBSc in Integrative Biology and French, all from the University of Toronto. She has over 8 years of professional experience in the urban forestry sector and non-profit organizations in Ontario. Her research spans five key themes: construction activities on urban trees (including root cutting impacts), urban soils (Maguire Avenue studies, technosols, biochar), climate change mitigation (assisted migration), urban tree inventory and management (participatory science, interactive mapping), and tropical forests. She examines how urban trees improve human health and well-being while addressing challenges like soil degradation and climate change impacts. Her recent publications (2018-2024) demonstrate a strong focus on practical applications of urban forestry research, with emphasis on tree stability in urban settings, UV protection benefits, soil science innovations, and community engagement with urban forests. Her work bridges academic research with practical implementation through collaborations with municipalities, practitioners, and communities. Dr. Sivarajah actively mentors graduate students, currently supervising one PhD candidate (Md Ahosan Habib Ador) and four Master's students (Dominic Bartolacci, Savannah Bissegger O'Connor, Tommy Gonthier, Ravosoa Tianarinoro Ramaroson), while co-advising Jeremy Latulippe. She previously directed Clément Pallafray's 2023 Master's thesis on root cutting impacts. She leads the Sivarajah Lab, which is affiliated with CRAUM and focuses on transdisciplinary research at the science-policy interface. The lab has been active in media engagement, with recent interviews on CBC, BBC, and radio programs discussing urban forestry topics like the emerald ash borer. The lab also contributes to training initiatives such as the NASER program focused on urban soils and greening.
Osvaldo Valeria is a Professor at the University of Quebec in Abitibi-Témiscamingue (UQAT) and co-holder of the UQAT-UQAM Chair in Sustainable Forest Management. He serves as Director of the Masters in Sustainable Management of Forest Ecosystems and Co-Director of the Lac Duparquet Teaching and Research Forest. His work focuses on forestry operations, geomatics and remote sensing within the field of sustainable forest management. Dr. Valeria earned his Ph.D. in Forest Sciences from Laval University in 2004, following an M.Sc. in Forest Sciences from the same institution in 1999. He completed his undergraduate education with a BSc in Forest Engineering from Universidad de Concepcion, Chile in 1991. Professor Valeria specializes in spatial analyses using geographic information systems and remote sensing systems, with additional expertise in database design. His research laboratory conducts studies focused on forest soil mapping, wetland mapping, monitoring forest dynamics following natural disturbances, bryophyte species diversity, and the automatic identification of forest roads and their closure. His work represents the cutting edge of knowledge on geospatial data, specialized software applications, remote sensing data sources, and statistical processing of spatial data in forestry contexts. He actively participates in and leads numerous research projects in sustainable forest management, with particular emphasis on the ecological, economic and social feasibility of sustainable forest management strategies in the boreal forest. An analysis of Professor Valeria's recent publications reveals a strong emphasis on sustainable forest management in the boreal region, with particular attention to carbon dynamics, climate change impacts, and the use of advanced remote sensing technologies like LiDAR. His work bridges ecological, economic, and social considerations in developing sustainable forestry practices, with increasing focus on climate adaptation strategies and carbon sequestration potential in forest ecosystems. Professor Valeria has advised numerous graduate students throughout his career, including over a dozen doctoral candidates and more than twenty master's students. His research is supported by multiple funding agencies including the UQAT-UQAM Chair in Sustainable Forest Management, the FQRNT Forest Fund, Géoïde, the CRSNG, the MRNF, DEC, MDEIE and the RGDF – Center of Excellence. His laboratory represents a significant hub for research and training in forest geomatics and sustainable management practices. Dr. Valeria's laboratory is at the forefront of applying geospatial technologies to forest management challenges. His team works extensively with LiDAR data, satellite imagery, and advanced spatial analysis techniques to address critical questions in sustainable forestry. The lab maintains strong collaborations with other researchers across Canada and internationally, contributing to a robust research environment for graduate students and postdoctoral fellows.
Prof. Hardy Lehmkühler serves as Professor and Study Dean for the Bachelor program in Surveying and Geoinformatics at Stuttgart University of Applied Sciences, with academic focus centered in Geomatics and its engineering applications. His research and teaching domains span critical geospatial disciplines: Geomatics as the foundational framework Surveying and Geoinformatics methodologies Photogrammetric analysis techniques Augmented and Virtual Reality systems integration Infrastructure Management solutions In his dean role, he oversees five degree programs: Bachelor's tracks in Surveying and Geoinformatics, Augmented Reality/Virtual Reality Engineering, and Infrastructure Management, plus Master's programs in Photogrammetry and Geoinformatics and Surveying. Contact occurs exclusively via email appointment from his office in room 2/108.
Professor Hector Altamirano-Medina is a leading academic at University College London's Bartlett Faculty of the Built Environment, where he serves as Professor of Environmental Design, Engineering and Health within the Institute for Environmental Design and Engineering. He also holds the position of BSEER Departmental Tutor (2020-present) and previously served as Deputy Course Director for the MSc Environmental Design and Engineering program (2017-2021). Dr. Altamirano-Medina is a trained architect with an educational background that includes a PhD in Building Science from University College London (2011) and an MA in Energy, Environment and Sustainable Design from the Architectural Association School of Architecture (2002). His research focuses on the critical intersection between the built environment and human health, with particular expertise in indoor environmental quality, moisture and humidity conditions in buildings, thermal comfort, and the operational performance of buildings. His groundbreaking work on the Humidity in Dwellings project (2005-2007) directly influenced building regulations for England and Wales, with findings integrated into Appendix A of the ADF 2010. He established the Healthy Infrastructure Research Group at UCL Department of Civil and Geomatic Engineering, funded through the EPSRC Challenging Engineering Programme, and currently serves as Academic Director of the UK Centre for Moisture in Buildings (UKCMB). His recent publications demonstrate a consistent focus on moisture management in buildings, thermal comfort in retrofit scenarios, heritage conservation with energy efficiency considerations, and the health impacts of indoor environments. His work spans both theoretical investigations and practical applications, often in collaboration with industry and public institutions. Honorary Professor from Universidad Austral de Chile (2012) International Postgraduate Scholarship from Conicyt (2008) Professor Altamirano-Medina has secured significant research funding including the EPSRC Challenging Engineering Programme (EP/G029881/1) for the Healthy Infrastructure Research Group and led the AirPath: Working Group on Outdoor Environments, Pathogens in Air, and Human Health project (2009-2010) supported by the joint Environment and Human Health Programme. His current research portfolio includes multiple moisture-related projects developed in partnership with industry and public institutions through the UK Centre for Moisture in Buildings. He leads the Healthy Infrastructure Research Group and collaborates extensively through the UK Centre for Moisture in Buildings, where he serves as Academic Director. His work bridges academic research with practical building science applications, particularly in addressing moisture-related challenges in the built environment.
