Marco Huymajer

Marco Huymajer serves as a PreDoc Researcher within the Business Informatics department (E194-03) at the Faculty of Informatics, Vienna University of Technology. He teaches core courses including Information Systems (192.170) and Programming and Algorithms (192.178) for the 2025W semester, operating from Room FB0102 at Erzherzog-Johann-Platz 1. His institutional role centers on bridging informatics and civil engineering through digital solutions for tunnel construction.

His research focuses on Business Informatics applications in heavy construction, particularly Building Information Modeling (BIM), process mining, and data analytics for tunneling projects. He investigates algorithmic approaches for residual value prediction of heavy equipment, digital documentation systems, and interdisciplinary BIM integration during tunnel execution phases. This work addresses critical industry pain points in construction process optimization and data-driven decision-making.

Analysis of his publication trends reveals a concentrated research trajectory since 2018, with accelerating output from 2022-2025 centered on practical BIM implementations in conventional tunneling. His work consistently targets the integration of data science with civil engineering workflows, demonstrating expertise in translating academic research into construction industry applications through the 'BIM im Tunnelbau' project framework.

Funded by the 'BIM im Tunnelbau' research initiative (2020-2023), Huymajer operates without student supervision responsibilities as a PreDoc researcher. His collaborative network includes civil engineering specialists like Galler and Huemer, alongside data science experts including Filzmoser and Mazak, forming a cross-disciplinary team focused on digital transformation in tunnel construction.

He actively contributes to the 'BIM im Tunnelbau' project team, which develops integrated information management systems for tunneling processes. This interdisciplinary group combines expertise from informatics, geotechnical engineering, and construction management to create practical digital solutions for the execution phase of NATM tunneling projects, with direct industry implementation pathways.