Martin Oczipka

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.