Department name |
Department of Geoengineering and Raw Materials Extraction/ Faculty of Mining, Safety Engineering and Industrial Automation |
Department authorities |
Head of Department e-mail: piotr.banka@polsl.pl, tel.: +48 32 237 13 14 Deputy Head for Research, Promotion and Cooperation with the Socio-Economic Environment e-mail: marcin.lutynski@polsl.pl tel.: +48 32 237 24 87 Deputy Head for Education e-mail: roman.scigala@polsl.pl tel. : +48 32 237 14 42
Head of Geodesy and Cartography unit Prof. SUT, PhD, DSc, Eng. Violetta Sokoła-Szewioła e-mail: violetta.sokola-szewiola@polsl.pl tel.: +48 32 237 29 90 |
Research |
– Research areas
More details: https://www.polsl.pl/rg/en/research-areas-2/ |
– Projects
The Department of Geoengineering and Raw Materials Extraction participates in research and educational projects funded by Erasmus+, EIT RawMaterials, the Research Fund for Coal and Steel (RFCS) and national programmes.. Below we present selected projects implemented at the Department. A more extended description can be found under each project link on the Faculty website: https://www.polsl.pl/rg/en/projects/
Integrating sustainable large-scale Hydrogen Transport & Storage into engineering programmes as an element of hydrogen strategy for a climate-neutral Europe (Hy-EDU)Hy-EDU aligns engineering education with the European Hydrogen Strategy, focusing on large-scale hydrogen transport and storage. The project exchanges educational experience, harmonises curricula and defines key skills for future engineers.Its outputs include an international education platform and an open-access MOOC.
Hybrid energy storage system using post-mining infrastructure (HESS)HESS develops a hybrid energy storage system that reuses post-mining infrastructure for storing energy in different forms. The project combines technical, economic and environmental analyses to design an integrated system controlled by an “energy router”.Its results support future pilot installations and large-scale deployment in former mining regions.
Geomatics for Disaster Risk Reduction (GeoDRR)GeoDRR strengthens the role of geomatics in disaster risk reduction, particularly in regions vulnerable to natural hazards. It develops new study programmes that integrate remote sensing, GIS and modelling with ECTS-compliant curricula and virtual learning tools. The project trains specialists capable of monitoring, assessing and managing natural risks.
Strategic partnership to promote circular economy approach in study programs related to extractive industries (CIRCEXTIN)CIRCEXTIN promotes a circular economy approach in higher education programmes linked to the extractive industries. The project updates curricula with modern circular economy concepts, case studies and digital teaching resources. It supports academic mobility and contributes to building a European Education Area in raw materials.
The impact of extreme weather events on mining operations (TEXMIN)TEXMIN investigates the influence of climate change and extreme weather events on active and abandoned mining sites. By combining historical data, modelling and risk assessment, it identifies key climate-related threats to mines and nearby communities. The project delivers tools and recommendations for climate-resilient mine operation and rehabilitation.
Induced earthquake and rock mass movements in coal post mining areas: mechanisms, hazard and risk assessment (PostMinQuake)PostMinQuake examines induced seismicity and ground movements in coal post-mining areas. The project compares European case studies, develops harmonised criteria for hazard assessment and proposes long-term monitoring strategies. Its outcomes support authorities and stakeholders in managing seismic risk in former coal regions.
Creation of a new online study course “Use of Abandoned Mines” (USAMIN)USAMIN creates an international online course dedicated to the sustainable use of abandoned mines. The course combines e-learning, a Moodle platform and field-based examples of energy storage, geothermal use, tourism and other applications. It equips students with practical knowledge on post-mining redevelopment.
Development of Skill Ecosystem in Visegrád Four countries (ProSkill)ProSkill addresses skill gaps in the raw materials sector in the Visegrád countries. The project develops a “skill ecosystem” that combines technical competences with soft skills and innovative teaching methods. It enhances the employability of graduates and supports centres for advanced studies in the region.
Historical Mining – tracing and learning from ancient materials and mining technologies (MineHeritage)MineHeritage uses the history of mining and raw materials as a tool for education and public engagement. It maps historical mining sites, trade routes and technologies, and translates them into games, apps and multimedia materials. The project raises awareness of sustainable resource use through the lens of mining heritage.
Continued education program in rock engineering for deep mines (SafeDeepMining)SafeDeepMining develops a continuing education programme in rock engineering for professionals involved in deep mining. It offers courses on rock mechanics, seismic hazard, rock bursts and monitoring systems, linking theory with industrial practice. The programme helps to address the shortage of experts capable of designing and operating deep mines safely.
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Education |
Geoengineering and Raw Materials Extraction – 1st and 2nd cycle studies (in Polish) Engineering (BSc Eng) and Master’s (MSc Eng) studies taught in Polish, offered full-time and part-time at the Faculty of Mining, Safety Engineering and Industrial Automation. The programme covers underground and surface extraction, geoengineering, engineering geology, mineral processing, reclamation and management of post-industrial areas, as well as operation of engineering machinery and solutions for the circular economy in the raw materials sector.
Geodesy and Cartography – 1st and 2nd cycle studies (in Polish) Full-time and part-time BSc Eng and MSc Eng studies taught in Polish. The programme includes modern surveying techniques, engineering and industrial geodesy, geodetic support for investment projects, monitoring of structures and terrain deformation, CAD modelling, photogrammetry, remote sensing and GIS/geoinformatics, preparing graduates for work in surveying, spatial data management and related industries, including independent professional practice. Geoengineering and Raw Materials Extraction – MSc (full-time, in English) Master of Science programme taught in English (1.5 years / 3 semesters, 45 ECTS). The studies combine modern mining and geoengineering, raw materials extraction, environmental protection, elements of automation and Industry 4.0, preparing graduates to work in the international raw materials and energy sectors.
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