PublicData.fdm.uni-wuppertal.de
Research data repository of the University of Wuppertal
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Recent Submissions
Living Lab NRW – Virtual Tour
(University of Wuppertal, 2024) Living Lab NRW; Pieper, Jan; Lehmann, Felix
This project contains the virtual tour of the Living Lab NRW, provided as a Windows application. Users can move from viewpoint to viewpoint through the buildings and the site of the Living Lab NRW. Points of interest along the tour explain topics related to building services engineering, architecture (including construction methods and materiality) and design aspects such as resilience.
The Living Lab NRW is a research project at the University of Wuppertal, Chair of Building Physics and Building Services Engineering, funded by the Ministry for Economic Affairs, Industry, Climate Action and Energy of the State of North Rhine-Westphalia (MWIKE). It emerged from the Solar Decathlon Europe in Wuppertal.
Digital Mediation of Hiking Experience: A Hike-Along Study of Wayfinding and Nature Engagement
(2026) Dietze, Julian; https://orcid.org/0009-0008-3514-6022
The project is part of a PhD project and investigated the influence digital technologies have on orientation practices and hiking experience. The underlying research question is: How do digital tools reshape hikers’ orientation practices and their hiking experience? The data was collected on Go-Along interviews, where research participants were accompanied on actual hiking trips. The interview guide consisted of questions regarding individual hiking behavior, use of digital technologies along the hiking Customer Journey, insights on the specific tour hiked with participants, subjective perception of the influence of digital media on orientation and nature engagement, and discussion on the future development of digital media in hiking contexts. Verbal data was recorded with a private smartphone and GPS-data with a smartwatch. The research data was analyzed with F4 and QGIS.
A three-dimensional computer-generated reconstruction of the bedrock beneath the Church of the Holy Sepulchre in Jerusalem
(University of Wuppertal, 2026-05-26) Siegel, Holger, https://orcid.org/0009-0002-1265-4629
This research project is focused on the digital reconstruction of the underground structures surrounding the Church of the Holy Sepulchre in Jerusalem, based on the extensive work of the Jerusalem architect and researcher Conrad Schick (1822–1901). The starting point is, in particular, the documents PEF/SCHICK/154 and PEF/SCHICK/203 preserved in the archives of the Palestine Exploration Fund, in which Schick recorded his findings on the topography, geology, and development of the area, gathered between 1862 and 1898. By creating a three-dimensional computer model, these historical sources are to be systematically mapped in space for the first time and made available for contemporary research.
Over decades, Schick observed archaeological excavations, construction projects, and infrastructural interventions in the vicinity of the Church of the Holy Sepulchre, documenting in particular the course of the natural bedrock, ancient water systems, and underground structures. His investigations range from early surveys within the Church of the Holy Sepulchre and adjacent monasteries to detailed cross-sections and plans of the entire subsurface of the neighbourhood. The project combines this historical data with 20th-century archaeological findings, particularly from the work of Virgilio Corbo, Shimon Gibson and Joan E. Taylor, to expand, refine, and critically review the model.
The goal is not to create a definitive reconstruction, but to develop an open, expandable research tool. In doing so, it reflects both the methodological limitations of historical surveys and the challenges of interpolated terrain models. Despite unavoidable inaccuracies, the virtual model offers the opportunity to visually represent complex spatial relationships beneath the densely built-up Old City of Jerusalem for the first time and to enable new research questions regarding historical topography and the location of ancient Golgotha.
The resulting vertex mesh model is deliberately designed as a flexible, expandable foundation and can be supplemented or corrected in the future with new archaeological data. The project therefore sees itself as a contribution to basic digital research and to the sustainable provision of historical and archaeological information for the international research community.
An exploratory expert survey on requirements for the design of a digital learning environment for vocational learning in the field of GPS
(University of Wuppertal, 2026) Sersch, Alina; Sauder, Christian
This exploratory expert survey examines requirements for the design of a digital learning environment for vocational learning in the field of Geometrical Product Specifications (GPS). As part of the early development phase it targets experts from vocational schools, industry, and higher education and was conducted in May 2026.
Truck travel times on freeway facilities in Germany in 2019 based on FCD
(2025) Schlott, Marian, https://orcid.org/0000-0002-2840-4854; Lateef, Abdul; Leerkamp, Bert; Alvi, Rafay
The datasets enable a temporal and spatial analysis regarding truck travel times on German highways for the year 2019. You can find further information in the attached method report.