Fangde Liu is a researcher affiliated with Bournemouth University's Media School. He is primarily known for his work in motion synthesis and 3D reconstruction techniques. Email: fliu@bournemouth.ac.uk Research Interests: His work focuses on adaptive motion synthesis and motor invariant theory, with applications in transportation safety and computer vision. This includes photogrammetry for train accident scene reconstruction and biomechanical modeling. Publications: His 2018 paper in the Proceedings of the Institution of Mechanical Engineers Part F Journal of Rail and Rapid Transit demonstrates expertise in applying computational methods to real-world engineering challenges.
Glyn Hadley is a Senior Lecturer in Creative Technology at Bournemouth University, affiliated with the School of Design, Engineering and Computing. His work bridges computational methods with applications in archaeology, heritage preservation, and biomedical engineering. PhD in Fibre Optic Blood Glucose Sensing MSc in Scientific Instrumentation BSc in Physics Research interests focus on photogrammetry/laser scanning for heritage projects, machine learning image analysis using MATLAB/OpenCV/CUDA, and medical sensor development. Formerly taught computer networks, software programming, and AI for games. Recent publications highlight his work in virtual heritage reconstruction, VR rehabilitation systems, and sensor technology. Active in developing educational curricula including postgraduate courses. Awards: Senior Fellow of the Higher Education Academy (2018–present) Teaching expertise spans 3D modeling (Maya/ZBrush), digital sculpting, and biomedical instrumentation. Holds affiliations with the Higher Education Academy and Institution of Engineering and Technology.
Dr Charalampos Psarros is a Lecturer at Teesside University's School of Arts and Creative Industries (SACI), specializing in the intersection of Art, Science, and Emerging Technologies. He serves as SACI's representative on the University Academic Board (UAB), UAB representative for the Research and Knowledge Exchange Committee, and a member of the Honorary Degree Committee. His research spans multiple domains including: 3D Stereoscopy and Computational Photography XR and Immersive Media applications Music Technology and Digital Synthesis Engineering R&D with focus on drone-based surveying Enterprise and Knowledge Exchange activities Notable projects include: Digitizing 20+ million-year-old fossils using ML-driven 3D imaging Leading drone-based surveying for EU Horizon2020 eDream project Pioneering glasses-free 3D display applications since 2001 His publications focus on: Immersive media development Green system networking Enterprise resource planning transitions AI thermography applications
Andrea Lamprecht is a researcher at the Institute of Botany , University of Natural Resources and Life Sciences Vienna (BOKU). She has been a key member of the GLORIA (Global Observation Research Initiative in Alpine Environments) coordination office in Vienna since 2011, focusing on alpine plant biodiversity responses to anthropogenic global changes across European biomes. Her work bridges field ecology, climate change analysis, and conservation biology, with active participation in international projects since 2015. Education: Diploma in Cultural and Social Anthropology (2005-2012), University of Vienna Diploma in Conservation Biology/Vegetation Ecology (2005-2012), University of Vienna PhD in 2021 (BOKU) on Responses of Alpine Plant Species to Anthropogenic Global Changes Research Interests include: Alpine plant community assembly Climate change impacts on high-mountain biodiversity Functional trait analysis in vegetation dynamics Global change effects on Mediterranean vs. temperate mountains Scientific Contributions span climate-driven vegetation transformation studies, soil temperature threshold analyses, and methodological advances in photogrammetric vegetation mapping. She has contributed to 15+ peer-reviewed publications since 2014, with recent work (2021-2024) focusing on: Microclimatic drivers of alpine flora Functional diversity shifts in contrasting climate regimes Soil-vegetation interactions under warming Professional Activities include: Organizational roles in GLORIA field campaigns (Sierra Nevada, Hochschwab, Kyrgyzstan, etc.) International conference presentations in 10+ countries (USA, China, Ecuador, etc.) Methodological training workshops in mountain research
Christian Zangerl is a Professor of Sustainable Georesources and Applied Geology at the Institute of Applied Geology , Department of Structural Engineering and Natural Hazards , University of Natural Resources and Life Sciences Vienna (BOKU). His research focuses on gravitational mass movements, rock mechanics, hydrogeology, and hydromechanically coupled processes. Education : Earth Sciences (Petrology & Mineralogy), University of Innsbruck (1990–1997); Doctorate, ETH Zurich (1998–2003) Career : Faculty at BOKU since 2014; Senior Researcher at alpS Center for Natural Hazards (2003–2013) Research Interests : He investigates deep-seated rock slides, climate change impacts on alpine mass movements, numerical modeling of slope stability, and monitoring techniques like InSAR and drone photogrammetry. His work addresses infrastructure risks from geological hazards. Projects : Recent projects include 3D displacement vector calculation of rockslides , Natural hazard mitigation and engineering geology , and MEZG-Rindbach (hydrogeological characterization of alpine catchments). Funders include FFG, national ministries, and private companies. Lectures : He has delivered over 100 lectures globally, including keynotes at EGU, IAEG, and World Landslide Forum. Topics span rock slope stability, glacier retreat impacts, and policy implications. Media Contributions : Featured in ORF III, ZIB 1, and local press for landslide research, including the Fluchthorn rockfall (2023) and Steinlehnen rockslide (2021).
Devon Kesseli is a Researcher at the National Renewable Energy Laboratory (NREL) within the Mechanical Engineering department. His work focuses on energy conversion and storage systems, particularly in concentrated solar power, geothermal energy, and industrial process heat. Education : Bachelor in Physics (Reed College), Master in Mechanical Engineering (University of Colorado Boulder) His research integrates optical measurement software , thermal fluid system modeling , and techno-economic analysis to advance renewable energy technologies. Recent publications highlight innovations in heliostat automation , geothermal generator design , and computer vision-based surface measurement , all aligned with NREL’s mission to drive clean energy solutions. Kesseli collaborates extensively with DOE initiatives like the Heliostat Consortium (HelioCon) and contributes to technical reports on energy system manufacturing and market analysis. His work bridges advanced engineering with practical deployment of renewable energy technologies.
Dr. Veronica Diez-Diaz is a Senior Researcher at the Museum of Natural History, Leibniz Institute for Evolution and Biodiversity Research in Berlin, Germany. Her work focuses on Titanosaurian sauropod systematics , 3D musculoskeletal reconstruction , and digital data ethics in paleontology . She leads the DFG project 470751746 (2021-2024) analyzing sauropod locomotion and serves as Ethics Officer for the European Association of Vertebrate Paleontologists. Education: PhD in Geology (2013), Universidad del País Vasco/Euskal Herriko Unibertsitatea, Bilbao, Spain B.A. in Biology (2007), Universidad Autónoma de Madrid, Spain Research Interests center on titanosaur systematics , biomechanical modeling through 3D digitization , and establishing ethical frameworks for digital data sharing . Her work combines traditional paleontological methods with cutting-edge photogrammetry and CT scanning to analyze sauropod posture, locomotion, and tail biomechanics. Publication Trends show a focus on Cretaceous sauropod diversity across Spain, France, and Egypt , with methodological contributions to 3D digitization standards and digital data ethics . She has advanced understanding of titanosaur biogeography and ontogenetic dental changes in sauropods. Scientific Recognition 2018 Digital Female Leader Award 2015 UPV/EHU Premio Extraordinario de Doctorado Grants & Collaborations include Alexander von Humboldt Postdoctoral Fellowship (2015-2017), Berliner Chancengleichheitsprogramm funding (2018-2021), and participation in the 3DigiPal group promoting best practices for digital paleontological data.
Prof. Dr. rer. nat. Martin Oczipka serves as Professor of Remote Sensing at the Faculty of Spatial Information, Dresden University of Applied Sciences, holding appointments as faculty representative for foreign affairs/research and laboratory appointee for photogrammetry and remote sensing. His work uniquely bridges geospatial technology with archaeological and environmental applications, particularly in Mongolian steppe regions and urban ecosystems. Oczipka's research centers on remote sensing and photogrammetry for archaeological site detection, environmental monitoring, and cultural heritage preservation. Key specializations include drone-based documentation of historical settlements, Sentinel-2 satellite analysis of urban vegetation, ecohydrological studies using UAS in river floodplains, and interdisciplinary approaches to disaster management. His fieldwork predominantly occurs in Mongolia through German-Mongolian collaborations. Analysis of his publication record reveals consistent interdisciplinary trends: geospatial technologies are systematically applied to archaeological discovery (e.g., Orkhon Valley sites), environmental assessment (water body monitoring, lake dynamics), and disaster risk reduction (tsunami early warning systems). Mongolia serves as the primary field laboratory, with recurring partnerships between German institutions and Mongolian researchers. Active research projects include "Abandoned cities in the steppe" investigating Early Modern religious/military centers in Nomadic Mongolia and "ÖkoNeu" for remote sensing monitoring of second-order water bodies. His disaster management contributions extend to the "Last-Mile" tsunami early warning system for Padang, Indonesia, demonstrating applied geospatial solutions for global challenges. Oczipka leads the laboratory of photogrammetry and remote sensing, directing a technical team that integrates terrestrial laser scanning, drone surveys, and satellite imagery processing. The lab supports field operations in challenging environments while advancing methodologies for 3D reconstruction and geospatial analysis across archaeology, urban planning, and environmental science domains.
Ivan Cruz is an Adjunct Assistant Professor at ArtCenter College of Design, where he teaches Mediatecture and Generative Design. As a Los Angeles-based Creative Technologist, Motion Designer, and Installation Artist, he specializes in human-centered design in spatial and emerging media, focusing on empowering students to create custom tools using hardware, software, and AI technologies. B.F.A. in ArtCenter College of Design, 2011 His research emphasizes algorithmic thinking, three-dimensional storytelling, and the intersection of technology with creative expression. Ivan’s work often bridges scientific rigor with artistic spectacle, as seen in his collaborations with tech companies and museums. Notable projects include the Deep Time BMW CES DAZZLE installation with the Nevada Museum of Art and the THINK Exhibit for IBM’s Centennial Anniversary, which drew inspiration from Charles and Ray Eames’ legacy. These works utilize tools like LiDAR, photogrammetry, and node-based coding to merge scientific accuracy with immersive experiences. Adobe Design Achievement Awards: Semi-Finalist (2011) Promaxbda North America Student Design Award (2010) Ivan’s career spans collaborations with leading tech companies (Apple, Google, Disney, Netflix, IBM) and public institutions (San Diego Airport). He mentors students to reframe technology as an approachable medium for narrative communication, fostering forward-thinking perspectives on emerging media.
Marco Roggero serves as an Associate Professor in the Department of Architecture and Design (DAD) at the Polytechnic University of Turin. His academic appointment falls under the Scientific Disciplinary Sector CEAR-04/A - Geomatics within Area 0008 - Civil Engineering and Architecture. Roggero maintains an active teaching schedule across multiple programs, particularly focusing on architectural restoration and sustainable design. His research interests span multiple domains of geomatics, with particular emphasis on cultural heritage surveying, geodesy, cartography, photogrammetry, and GNSS positioning. Roggero's work integrates traditional surveying techniques with modern digital technologies to address challenges in historical architecture documentation and conservation. His research lines include cartography (focusing on map projections, coordinate transformations, and historical cadastre), GNSS applications for deformation monitoring at various scales, and advanced laser scanning techniques for processing airborne and terrestrial LIDAR data. Analyzing his recent publications reveals a consistent focus on applying geospatial technologies to cultural heritage documentation. His work demonstrates increasing sophistication in multi-sensor data fusion, with particular attention to 3D modeling of historic structures at risk. The progression of his research shows movement from technical sensor evaluation toward more comprehensive documentation systems for complex heritage sites. Roggero actively participates in several professional organizations: Association of University Students of Topography and Cartography, Italy (2007-present) Italian Society of Photogrammetry and Topography, Italy (2001-present) His research projects demonstrate strong industry connections, with numerous commercial contracts spanning from 2008 to the present. Current projects include a Memorandum of Understanding with the Vercelli Local Health Authority (2024-2027) where he serves as Scientific Director. Previous projects include laser scanning of historic structures, creation of educational architectural models, and processing for the ITALPOS network. Roggero's work aligns with ERC sectors in civil engineering, computational modeling in the cultural sphere, and earth observations, while supporting UN Sustainable Development Goal 4 for Quality Education.
Marco Vitali is an Associate Professor at the Department of Architecture and Design (DAD) of the Polytechnic University of Turin , Italy. He holds the academic rank of Associate Professor (L. 240) and has been actively involved in research and teaching since at least the 2019/2020 academic year. Roles: Contract Professor at the Venaria Reale Foundation for Conservation and Restoration of Cultural Heritage Committees: Member of UID (Italian Design Union), Scientific Committee member for Nexus, REAACH-ID, FortMED, and CHG Polito Vitali's research focuses on architectural drawing , descriptive geometry , 3D and parametric modeling , and the analysis of vaulted systems for cultural heritage. His work integrates instrumental surveying , virtual anastylosis , and digital fabrication to enhance historical structures. His recent publications explore digital reconstruction of early modern military architecture, AR applications for heritage accessibility, and parametric modeling of fortification treatises. These works align with SDG 11 (Sustainable Cities) and SDG 4 (Quality Education) . Scientific Contributions Co-authored 15+ publications (2023-2025) on fortifications, digital surveys, and accessibility projects Editorial Director of Drawing and Vaulted Systems (2017-) Vitali teaches Architectural Drawing and Surveying Workshops and Design Representation courses, focusing on descriptive geometry and digital representation at both undergraduate and PhD levels. He leads the MOD Lab Arch (DAD) and participates in MOD Lab Design (DAD) initiatives.
David Andrew McMeekin is an academic researcher in the field of Computer Science , focusing on the human aspects of software development . His work extends to international NGOs in development and education sectors. Current research explores the use of Semantic Web Technologies for delivering spatial information and developing technology solutions to support Autism Spectrum workforce integration. Fields of Interest : Human-Computer Interaction, Semantic Web Technologies, Spatial Information Systems, Autism Spectrum Support, Software Engineering, Cultural Heritage Technology. Publication Trends : His recent work intersects Virtual Heritage , Photogrammetry , and Semantic Web applications, emphasizing immersive technologies like Mixed Reality and 3D Reconstruction . Collaborative approaches in Geospatial Analysis and Digital Humanities also feature prominently.
George Tanski is an active researcher at the Alfred Wegener Institute Helmholtz Centre for Polar and Marine Research, specializing in Arctic permafrost degradation and carbon cycling dynamics. His work focuses on quantifying organic carbon release from eroding coastlines in the Canadian Beaufort Sea (Herschel Island) and Siberia, examining how thermokarst processes and seawater interaction transform terrestrial carbon before oceanic integration. Collaborating with international teams across Germany, Canada, and Sweden, he employs field measurements, computed tomography, and drone photogrammetry to address climate change impacts on vulnerable Arctic systems. Education: PhD in Earth Sciences (2018) from Freie Universität Berlin with thesis: 'Fate of organic matter mobilized from eroding permafrost coasts' Master's degree (2013) from Freie Universität Berlin with thesis: 'Release of dissolved organic carbon from coastal erosion into the southern Canadian Beaufort Sea' His research interests center on permafrost carbon mobilization under climate warming, with emphasis on biogeochemical pathways in coastal systems. Key areas include dissolved organic matter dynamics, greenhouse gas production from thawing permafrost, microbial community responses to erosion, and landscape-scale carbon stock mapping. He bridges field observations with laboratory analysis to understand how sediment sorting, hydrodynamics, and microbial activity determine carbon fate in the Arctic nearshore zone, contributing to climate feedback models. Analysis of his 15 most recent articles reveals dominant themes in permafrost carbon fluxes (2016-2024), showing progression from DOC quantification to microbial and spatial heterogeneity studies. His work spans the Canadian Arctic and Siberia, increasingly incorporating remote sensing and standardized methodologies like the SPLASH Action Group. A distinctive thread is polar outreach, exemplified by 'Frozen-Ground Cartoons', while recent publications highlight urgent CO2 release mechanisms and ecosystem shifts from reduced sea ice. Scientific Awards: No specific awards or fellowships were documented in the source material Advising and Grants: George Tanski has not been identified as a thesis advisor in the provided publications. While he participates in large collaborative projects (e.g., PYRN, SPLASH), no grant leadership or funding details are specified. His research appears embedded within institutional programs at the Alfred Wegener Institute rather than standalone grants. Labs and Teams: He operates within the Alfred Wegener Institute's Arctic research infrastructure, contributing to the Permafrost Young Researchers Network (PYRN) as Executive Committee member (2014-2016) and co-organizer of ICOP workshops. His work connects with the SPLASH Action Group for method standardization and leverages AWI's field stations on Herschel Island for coastal erosion studies. International collaborations include GFZ Potsdam, Freie Universität Berlin, and Canadian Arctic research consortia.
Dr. Mohammad Awrangjeb is a Senior Lecturer at the School of Information and Communication Technology , Griffith University, with over 15 years of experience in academia and research. He holds a PhD from Monash University (2008) and has held academic positions at Federation University Australia (2014-15), Monash University (2012-13), and the University of Melbourne (2008-12). Education: PhD in Computer Science, Monash University (2008) MSc in Computer Science, National University of Singapore (2004) BSc (Engineering) in Computer Science, Bangladesh University of Engineering and Technology (2001) His research focuses on remote sensing data processing , including automated 3D city modeling, power line corridor monitoring, solar potential estimation on buildings, forest biomass estimation, hyperspectral image processing, multimedia security, EEG signal processing, and medical image analysis. He has co-authored over 80 publications and secured $435,000 in research funding, including an Australian Research Council (ARC) Discovery Early Career Researcher Award (DECRA, 2012-15) and grants from CRCSI and Griffith University. His work has been applied in environmental monitoring, energy planning, and infrastructure safety. Scientific Awards: Discovery Early Career Researcher Award (DECRA Fellow) (2012-2015) The Len Curtis Award (2017) Dean’s Highly Commended Certificate, Griffith Sciences (2020, 2019) He actively supervises PhD students in areas like hyperspectral imaging , forest biomass estimation , intrusion detection , and medical image segmentation . He serves on editorial boards and committees, including IEEE and the Remote Sensing and Photogrammetry Society, and has contributed to software development at CRCSI.
Gerald Hiebel is a Research Associate at the Institute of Archaeology, University of Innsbruck. Since 2018, he has led and contributed to multiple projects including Information Integration for Prehistoric Mining Archaeology , Text Mining Medieval Mining Texts , and Virtual Exhibition in All Dimensions . His work is funded by institutions like the Austrian Science Fund (FWF), Austrian Academy of Sciences (ÖAW), and the European Union. Current Projects : Virtual Exhibition in All Dimensions (Project Management), Inventaria (Principal Investigator), Text Mining Medieval Mining Texts (Principal Investigator) Research Interests : GIS, Ontological Data Models, Semantic Integration, Archaeological Information Modeling Recent Publications focus on spatiotemporal extensions of CIDOC-CRM, FAIR data principles for mining archaeology, and semantic modeling of excavation data. He has developed knowledge graphs connecting cultural resources with spatiotemporal places and contributed to standards like CRMgeo and CRMarchaeo. Scientific Awards : Marie Curie Fellowship, Erwin Schrödinger Fellowship Collaborations : University of Southern California, ICS-FORTH, European Association of Archaeologists
