Mining and Geology

Mining and Geology – Second-Cycle (Master’s) Degree Programme
Graduates Highly Sought After on the Global Labour Market

Graduates of the Mining and Geology programme are among the most sought-after specialists worldwide. The programme integrates technical, natural science, and social science knowledge, preparing students for professional careers in the raw materials sector, geoengineering, and innovation-driven industries.

• Mineral Resources Exploration (4-semester specialization - double degree, 3-semester specialization) 

• Entrepreneurship, Innovation and Technology Integration in Mining (4-semester specialization - double degree, 3-semester specialization) 

• Geomatics for Mineral Resource Management (4-semester specialization - double degree)

• Mining Engineering (3-semester specialization) 

• Geotechnical and Environmental Engineering (3-semester specialization)

English-Taught Studies – An International Perspective

The Faculty of Geoengineering, Mining and Geology at Wrocław University of Science and Technology offers English-taught Master’s programmes designed for students seeking international experience and preparation for careers in the global raw materials industry.

The programme comprises four specialisations (90 ECTS, 3 semesters) and offers the opportunity to obtain a double degree in cooperation with leading partner universities in Europe. Selected specialisations have been awarded the prestigious EIT Label, confirming:

• the highest quality of education,

• the innovative character of the programme,

• effective integration of education, research, and industry cooperation (the Knowledge Triangle).

Key Features of the English-Taught Programme

• Advanced technical knowledge: mining, geology, geostatistics, 3D modelling, process digitalisation, and industrial safety.

• International experience: a mobility semester at a partner university and work in international project teams.

• Innovative and entrepreneurial competencies: developed through close cooperation with industry and participation in research and development projects, including those within EIT RawMaterials.

• Preparation for a global career: graduates are well equipped to work in international industrial and research projects.

After only three semesters of study, graduates:

• acquire advanced discipline-specific knowledge and broad interdisciplinary competencies,

• develop practical analytical, design, and research skills,

• receive the EIT Label Certificate and gain the opportunity to obtain a double degree.

The programme is ideally suited for students who wish to combine academic excellence with practical experience, gain exposure to an international environment, and actively contribute to innovation in the raw materials sector.

Critical Metals and the Raw Materials Transformation

The curriculum addresses the growing importance of critical metals in the context of Europe’s industrial transformation. Following the adoption of the Critical Raw Materials Act (CRMA) in May 2024, the European Union prioritises secure and sustainable access to raw materials essential for a digital and low-carbon economy.

Students develop the knowledge and competencies required to:

• identify and assess critical metal resources,

• design extraction and processing processes in compliance with EU regulations,

• integrate technical, economic, and environmental considerations in decision-making within the strategic raw materials sector.

As a result, graduates are well prepared for careers in an innovative and strategically important raw materials sector, responding to the challenges of the energy transition, digitalisation, and sustainable development in Europe.

Programme Details and Admissions

• Programme details and recruitment: Mining and Geology (English-taught) – Wrocław University of Science and Technology – Admissions

• Current curricula: Faculty of Geoengineering, Mining and Geology – Public Information Bulletin

MINERAL RESOURCES EXPLORATION 

 4-SEMESTER MASTER’S PROGRAM (DOUBLE DEGREE)

DESCRIPTION

The 4-semester full-time Master’s program in English offers a double degree option in cooperation with partner universities. In this track, students spend two mobility semesters (Semester 2 and Semester 3) abroad at either the University of Miskolc in Hungary or the University of Zagreb in Croatia. The first and last semesters (Semester 1 and Semester 4) are completed at Wrocław University of Science and Technology (WUST), where students ultimately receive their WUST diploma.

The program is designed to train specialists in Earth Sciences with strong foundations in geology and geophysics, complemented by skills in 3D modeling, data processing, and interpretation. Students gain expertise in innovative mineral exploration technologies, including tools aligned with Industry 4.0. The curriculum also introduces concepts of sustainable development, corporate social responsibility, social license to operate, and entrepreneurship.

Graduates of this track are prepared to work in mining and exploration companies, technical supervision authorities, public administration, research institutions, and are equipped to establish their own business as independent exploration geologists. Students develop social skills, enabling them to operate effectively in international and multicultural teams. Home - TIMREX Study programme - TIMREX

ABOUT STUDIES

Duration: 4 semesters  

» Mode of study: Full time  

» Language of instruction: English  

» Start date: October 2026 and February 2027  

» Programme coordinator: 

•  Gabriela Paszkowska, PhD Prof. Wrocław Tech (WUST) gabriela.paszkowska@pwr.edu.pl

JOB PROSPECTS

Graduates of the program are prepared to work in industry, technical supervision authorities, governmental and local administration, design offices, and research institutions, both in Poland and abroad. They are also equipped to establish and manage their own businesses, including pursuing a career as independent exploration geologists. In their professional activities, graduates will demonstrate proficiency in English and will be fully prepared to operate effectively in international and multicultural environments.

ENTRY INFORMATION

Requirements: Bachelor's Degree – Bachelor of Science or Bachelor of Engineering (any incl. Geology Engineering, Mining Engineering, Mechanical Engineering, Energy-related Engineering studies etc.). Each application is assessed individually on its merits. If in doubt, please contact an Admission Officer, e-mail: admission@pwr.edu.pl  » English: Equivalent of minimum TOEFL IBT – 87 points or 6.5 points IELTS. List of accepted language certificates can be checked online.  » Deadline for application  » Tuition fee  » Application fee See: admission.pwr.edu.pl

CONTENT 

Knowledge will be provided in the form of lectures, tutorials, laboratories, computer labs, project works and seminars.

Semester 1
Track University of Miskolc – WUST (Wrocław Tech)

• Physical Geology
• Mineralogy and Geochemistry
• Geophysical Exploration Methods I
• Numerical Methods and Optimization
• Engineering Physics
• Geodesy, Spatial Informatics
• Computer Science for Engineers
• Data and Information Processing
• Graduate Research Seminar

Track WUST (Wrocław Tech) - University of Miskolc
• Operations Research
• Project Management, Appraisal and Risk Evaluation
• Environmental Management
• Digital Mine
• Computer Aided Geological Modelling & Geostatistics – Part Geostatistics
• Computer Aided Geological Modelling & Geostatistics – Part Geological Modeling
• Engineering Geophysics
• Principles and Application of InSAR and GIS in Mining
• Occupational Health and Safety
• Foreign Language 2.1
• Foreign Language 2.2

Track University of Zagreb - WUST (Wrocław Tech)
• Sedimentology
• Mineral Deposits Exploration
• Petroleum Geology
• Engineering Geological Investigations
• Exploration Geochemistry
• Remote Sensing of Mineral Resources
• GIS in Exploration of Mineral Resources

Track WUST (Wrocław Tech) - University of Zagreb
• Operations Research
• Project Management, Appraisal and Risk Evaluation
• Environmental Management
• Digital Mine
• Computer Aided Geological Modelling & Geostatistics – Part Geostatistics
• Computer Aided Geological Modelling & Geostatistics – Part Geological Modeling
• Engineering Geophysics
• Principles and Application of InSAR and GIS in Mining
• Occupational Health and Safety
• Foreign Language 2.1
• Foreign Language 2.2

Semester 2
Track University of Miskolc – WUST (Wrocław Tech)
• Structural Geology
• Mineral Deposits
• Engineering Geology and Hydrogeology
• Analytical Technics in Mineralogy and Petrology
• Geophysical Measurements
• Geological Mapping
• Historical Geology
• Geophysical Exploration Methods II

Track WUST (Wrocław Tech) - University of Miskolc
• Physical Geology
• Mineralogy and Geochemistry
• Geophysical Exploration Methods I
• Geological Interpretation and Prospecting
• Geophysical Interpretation and Prospecting
• Geoelectric Lectureship
• Global Environmental Geophysics
• Non-Metallic Industrial Minerals

Track University of Zagreb – WUST (Wrocław Tech)
• Regional Hydrogeology
• Seismotectonics
• Industrial Mineral Deposits and Applications
• Analytical Methods in Ore Deposits
• Geophysical Exploration and Mineral Resources
• Analyses of Mineral Paragenesis
• Field and Laboratory Practicum

Track WUST (Wrocław Tech) - University of Zagreb
• Sedimentology
• Mineral Deposits Exploration
• Petroleum Geology
• Engineering Geological Investigations
• Exploration Geochemistry
• Remote Sensing of Mineral Resources
• GIS in Exploration of Mineral Resources

Semester 3
Track University of Miskolc - WUST (Wrocław Tech)
• Digital Mine
• Geochemistry
• Free Elective 1
• Design Thinking
• Electronic Sources of Information in Master Thesis Preparation
• Research in Innovative Exploration
• Computer Aided Geological Modelling & Geostatistics – Part Geostatistics
• Computer Aided Geological Modelling & Geostatistics – Part Geological Modeling
• Engineering Geophysics
• Principles and Application of InSAR and GIS in Mining
• Occupational Health and Safety
• Foreign Language 2.1
• Foreign Language 2.2

Track WUST (Wrocław Tech) - University of Miskolc
• Structural Geology
• Mineral Deposits
• Engineering Geology and Hydrogeology
• Analytical Technics in Mineralogy and Petrology
• Geochemical Prospecting Methods
• Geological Mapping
• Graduate Research Seminar
• Student Research Project

Track University of Zagreb - WUST (Wrocław Tech)
• Operations Research
• Project Management, Appraisal and Risk Evaluation
• Environmental Management
• Digital Mine
• Computer Aided Geological Modelling & Geostatistics – Part Geostatistics
• Computer Aided Geological Modelling & Geostatistics – Part Geological Modeling
• Engineering Geophysics
• Principles and Application of InSAR and GIS in Mining
• Occupational Health and Safety
• Foreign Language 2.1
• Foreign Language 2.2

Track WUST (Wrocław Tech) - University of Zagreb
• Regional Hydrogeology
• Seismotectonics
• Industrial Mineral Deposits and Applications
• Analytical Methods in Ore Deposits
• Geophysical Exploration and Mineral Resources
• Analyses of Mineral Paragenesis
• Field and Laboratory Practicum

Semester 4
Track University of Miskolc - WUST (Wrocław Tech)

Track WUST (Wrocław Tech) - University of Miskolc

Track University of Zagreb – WUST (Wrocław Tech)

Track WUST (Wrocław Tech) - University of Zagreb
• Exploration Entrepreneurship
• SOC Internship
• Applied Field Exploration
• Master Thesis
• Diploma seminar

MINERAL RESOURCES EXPLORATION

3-SEMESTER MASTER’S PROGRAM

DESCRIPTION

This is a second-cycle (Master’s) full-time program conducted in English, lasting three semesters the first and final semesters are completed at Wrocław University of Science and Technology (WUST) and he second semester – at Lulea University of Technology in Sweden.

The program is designed to train specialists in Earth sciences, providing a strong foundation in natural and physical sciences, including geology and geophysics, complemented by skills in 3D modeling, data processing, and interpretation. Students gain knowledge of innovative technologies in mineral exploration, including tools aligned with Industry 4.0.

The curriculum also introduces concepts of sustainable development, corporate social responsibility, social license to operate, and the fundamentals of entrepreneurship.

ABOUT STUDIES

Duration: 3 semesters  

» Mode of study: Full time  

» Language of instruction: English  

» Start date: October 2026 and February 2027  

» Programme coordinator: 

•  Gabriela Paszkowska, PhD Prof. at Wrocław Tech (WUST) gabriela.paszkowska@pwr.edu.pl

JOB PROSPECTS

Graduates are prepared to work in industry, technical supervision authorities, governmental and local administration, design offices, and research institutions, both in Poland and abroad. They are also equipped to establish and manage their own businesses, including pursuing a career as independent exploration geologists.

In their professional activities, graduates will demonstrate proficiency in English and will be fully prepared to operate effectively in international and multicultural environments.

ENTRY INFORMATION

Requirements: Bachelor's Degree – Bachelor of Science or Bachelor of Engineering (any incl. Geology Engineering, Mining Engineering, Mechanical Engineering, Energy-related Engineer ing studies etc.). Each application is assessed individually on its merits. If in doubt, please contact an Admission Officer, e-mail: admission@pwr.edu.pl  » English: Equivalent of minimum TOEFL IBT – 87 points or 6.5 points IELTS. List of accepted language certificates can be checked online.  » Deadline for application  » Tuition fee  » Application fee See: admission.pwr.edu.pl

 CONTENT 

 Knowledge will be provided in the form of lectures, tutorials, laboratories, computer labs, project works and seminars.

Semester 1

• ·         Computer Aided Geological Modelling & Geostatistics
• ·         Project Management, Appraisal and Risk Evaluation
• ·         Environmental Management
• ·         Engineering Geophysics
• ·         Digital Mine
• ·         Occupational Health and Safety
• ·         Operations Research
• ·         Principles and Application of InSAR and GIS in Mining
• ·         Foreign Languages

Semester 2

• ·         Senior Design Project in Ore Geology
• ·         Exploration
• ·         Mining Geology
• ·         Geochemical Exploration

Semester 3

• ·         Diploma Seminar
• ·         Master Thesis
• ·         Exploration Entrepreneurship
• ·         SOC Internship
• ·         Applied Field Exploration

ENTREPRENEURSHIP, INNOVATION AND TECHNOLOGY INTEGRATION IN MINING (MEITIM)

 4 SEMESTRALNE - DOUBLE DEGREE

DESCRIPTION

This is a Double Degree EIT - Label international MSc programme of Wrocław Tech and Lappeenranta-Lahti University of Technology (LUT, Finland), formatted as a structured student mobility. The students study first and second semesters in LUT or Wrocław Tech and the third and fourth semesters in Wrocław Tech or LUT. The programme focuses on innovation and value creation inside the mining sector, with a strong professional nature highly oriented towards business and entrepreneurship. The program will train the new T-shaped generation of engineers, technologists, and entrepreneurs who understand the whole raw materials value chain (from the prospection and exploration stages, mining, mineral processing, metallurgy, and up to delivering products to customers, and can integrate innovations and new technologies (e.g., digitalisation) into modern and feasible business solutions with high impact on the industry. It is the first industry-driven 120 ECTS MSc program in Europe, aiming to train Engineers in innovation and integration of new technologies to create added value, feasible business solutions by:

• enhancing the entrepreneurship mindset, creativity and innovation capacity of engineers
• providing practical training and in-depth knowledge on technologies such as IoT, Artificial Intelligence, Automation, Big Data, Virtual and Augmented Reality, etc.
• providing the ability to understand technical, business, social and economic aspects, complementing their T-Shape profile,
• stimulate technological innovation and technology integration capabilities to create new opportunities and added value,
• train engineers to manage integration projects of these technologies in new solutions and applications that the industry needs,
• develop a strong international vocation, establishing relationships with countries that are leaders in mining technology (i.e., the US, Canada, Australia),
• attracting also the best students from other non-EU countries.

 JOB PROSPECTS

An alumnus becomes a specialist in two fields: Mining and Geology, and Chemical Process Engineering. Graduates of the program will be prepared to participate actively in the ongoing transformation of the mining sector through a sound practical knowledge of the latest technologies and the ability to integrate innovation and new technologies into a feasible business. The Graduates will understand technical, business, social, and economic aspects and, therefore, stimulate their technological innovation and technology integration capacities. The Graduates will be fully qualified to work for: mining and metallurgical companies, EU bodies (raw materials and industry), investment banks (raw materials sector), venture capital (raw materials sector), national/regional government agencies, engineering and consulting firms, knowledge institutions, research institutes and think-tanks, as well as a freelanced technologist, specialist and entrepreneurs. They will be prepared to work in an international and intercultural environment.

ABOUT STUDIES

Duration: 4 semesters  

» Mode of study: Full time  

» Language of instruction: English  

» Start date: October 2026 and February 2027  

Programme coordinator

• Anna Barbara Gogolewska PhD, Eng. Prof. (at Wrocław Tech)
• Maria Mamelkina PhD, (at LUT)

ENTREPRENEURSHIP, INNOVATION AND TECHNOLOGY INTEGRATION IN MINING (MEITIM) 3 SEMESTRALNE

DESCRIPTION

This is the EIT Label international MSc programme of Wrocław Tech and Lappeenranta-Lahti University of Technology (LUT, Finland), formatted as a structured student mobility programme. The students study two semesters in Wrocław (the first and the third semesters) while the second semester is offered by LUT. The programme focuses on innovation and value creation inside the mining sector, with a strong professional nature highly oriented towards business and entrepreneurship. The program will train the new T-shaped generation of engineers, technologists, and entrepreneurs who understand the whole raw materials value chain (from the prospection and exploration stages, mining, mineral processing, metallurgy, and up to delivering products to customers, and can integrate innovations and new technologies (e.g., digitalisation) into modern and feasible business solutions with high impact on the industry. It is the first industry-driven MSc program in Europe, aiming to train Engineers in innovation and integration of new technologies to create added value, feasible business solutions by:
- enhancing the entrepreneurship mindset, creativity and innovation capacity of engineers,
- providing practical training and in-depth knowledge on technologies such as IoT, Artificial Intelligence, Automation, Big Data, Virtual and Augmented Reality, etc.
- providing the ability to understand technical, business, social and economic aspects, complementing their T-Shape profile,
- stimulate technological innovation and technology integration capabilities to create new opportunities and added value,
- train engineers to manage integration projects of these technologies in new solutions and applications that the industry needs,
- develop a strong international vocation, establishing relationships with countries that are leaders in mining technology (i.e., the US, Canada, Australia), attracting also the best students from other non-EU countries.

 JOB PROSPECTS

An alumnus becomes a specialist in the field of  Mining and Geology. Graduates of the program will be prepared to participate actively in the ongoing transformation of the mining sector through a sound practical knowledge of the latest technologies and the ability to integrate innovation and new technologies into a feasible business. The Graduates will understand technical, business, social, and economic aspects and, therefore, stimulate their technological innovation and technology integration capacities. The Graduates will be fully qualified to work for: mining and metallurgical companies, EU bodies (raw materials and industry), investment banks (raw materials sector), venture capital (raw materials sector), national/regional government agencies, engineering and consulting firms, knowledge institutions, research institutes and think-tanks, as well as a freelanced technologist, specialist and entrepreneurs. They will be prepared to work in an international and intercultural environment.

ABOUT STUDIES

Duration: 3 semesters  

» Mode of study: Full time  

» Language of instruction: English  

» Start date: October 2026 and February 2027  

Programme coordinator

• Anna Barbara Gogolewska PhD, Eng. Prof. (at Wrocław Tech)
• Maria Mamelkina PhD, (at LUT)

Geomatics for Mineral Resource Management

4 semesters (DOUBLE DEGREE)

Geomatics for Mineral Resource Management (field of Study Mining and Geology) II level studies (MSc program) fully taught in English, 4-semesters (120 ECTS). This is a joint – double degree program offered by TUBergakademie Freiberg (Germany) or Montanuniversitaet Leoben (Austria) and Wroclaw University of Science and Technology.
The program is meant for bachelors in mining and geology as well as BSc-s in geodesy and cartography or related engineering disciplines.

The first semester will be taught at Wroclaw University of Science and Technology, while in the second and third semesters the students will follow the curriculum courses at TU Bergakademie Freiberg. Erasmus Plus mobility grants will support the students during their stay in Germany or in Austria.
Students registered at Wroclaw University of Science and Technology, after the two-semesters mobility period -in the fourth semester will write the master thesis in Wroclaw under the supervision of two professors representing both universities. After defending the thesis they will receive the diplomas of both partner universities.

More information on this master program can be found at:

https://study-geomatics.eu/#why-geomatics

https://www.youtube.com/watch?v=r_eZ8JgR-VE

Graduate profile

Geomatics is an interdisciplinary field of research that combines aspects of surveying, sensor technology with data processing, geoinformatics and geomodelling. The main focus of Geomatics lies on the regulation and control of the interplay between resource extraction and its environmental impact. Having excellently trained experts in the field of Geomatics is nowadays more important than ever. The reason for that is the continuously rising global demand for raw materials, which leads to the extraction of mineral resources in areas of the geosphere that are more difficult to access. Simultaneously, the highest levels of safety, as well as environmental and social regulations need to be fulfilled, and the optimal use of natural resources by maximizing recovery is desired. This requires engineers to be able to develop new innovative solutions, making the best use of most modern technology to acquire, manage and analyze geodata.
The graduate will also gain managerial skills, will be trained in project management, decision making, risk mitigation, will know the legal and economic environment of the mining industry. In addition to the standard courses taught by staff from both partner universities and industry experts, massive open online courses (MOOC’s) are offered for the students. The MOOC’s consist of a series of web-videos, which cover the content of an individual course.

Employment options - worldwide:

Thus graduate of this master program will be prepared to work in an international and multicultural environment in mining and exploration companies, technical supervision authorities, public administration offices, research and development institutions, everywhere advanced and state of the art interdisciplinary knowledge spanning mining and geology, computer aided design, geomatics.

ABOUT STUDIES

Duration: 4 semesters  

» Mode of study: Full time  

» Language of instruction: English  

» Start date: February 2027  

Programme coordinator

• Jan Blachowski PhD, DSc, Prof. (at Wrocław Tech)  
• Jörg Benndorf PhD, DSc, Prof. (at TUBAF)  
• Alexander Tscharf PhD (at MUL) 

Mining Engineering

Mining Engineering (field of study Mining and Geology) II level studies (MSc program) fully taught in English, 3-semesters (90 ECTS) 

Graduate profile

The graduate will possess most current and deepened knowledge as well as practical skills in general subjects, like geostatistics and geochemistry and also in specialization issues like geomechanics, open pit and underground excavation design, geological modelling and computer-aided design, mining machinery and automation, mineral processing, environmental management, circular economy issues and industrial safety problems. Beside these, the graduate will possess managerial skills, will be trained in project management, decision making, risk mitigation, will know the legal and economic environment of the mining industry. Alongside with faculty staff, several industrial experts will be involved in teaching. Therefore students will be well informed and aware of the current industry challenges and expectations. Graduates will be prepared to design technological processes, manage these processes in an industrial scale as well as to solve research and development type of problems using entrepreneurial skills.

Employment options – worldwide:

• underground and surface mining companies
• geotechnical engineering enterprises
• geological survey and prospecting companies
• companies related to the mining industry, suppliers, service companies
• mining authorities and regulators, governmental and local institutions dealing with natural resource management and mining
• research institutes, development centers dealing with energy and raw materials problems.

Geotechnical and Environmental Engineering

Geotechnical and Environmental Engineering (field of study Mining and Geology) II level studies (MSc program) fully taught in English, 3-semesters (90 ECTS). Second semester is a mobility period when the students will follow a structured exchange program at the University of Miskolc (Hungary). Erasmus Plus mobility grants will support the students during their stay in Hungary.

The international program is based on two master programs: Environmental engineering MSc with Remediation and geotechnics specialization at the University of Miskolc and the Mining and Geology MSc with Mining Engineering specialization at the TU Wroclaw. Students registered at Wroclaw University of Science and Technology, after earning credits for all courses in the curriculum and defending the thesis, will receive the diploma of our university.
The program was designed as a response to the growing need for specialists qualified in geotechnics and rock mechanics who, on the other hand, are able to deal with environmental risk assessment, remediation across all stages of the mining value chain. In Europe this need was caused by the implementation of the Extractive Waste Directive of the EU. Nevertheless, environmental and geotechnical issues remain important for the whole global extractive industry. Beside problems caused by newly developed deposits and currently operating mines, the legacy of the extensive ore mining activities in the past needssite remediation and safety measures all over the Globe.

Graduate profile

The graduate will possess most current and deepened knowledge as well as practical skills in general subjects, like geostatistics and geochemistry and also in specialization issues like geomechanics, open pit excavation design, geological modelling, integrated analysis of deformations, environmental management, waste remediation methods, environmental geotechnics and industrial safety problems. Beside these, the graduate will possess managerial skills, will be trained in project management, decision making, risk mitigation, will know the legal and economic environment of the mining industry. Alongside with faculty staff, several industrial experts will be involved in teaching. Therefore students will be well informed and aware of the current industry challenges and expectations. Graduates will be prepared to design technological processes, manage these processes in an industrial scale as well as to solve research and development type of problems using entrepreneurial skills. Studying in the international environment will enhance their intercultural competence and inter-personal skills. Graduates will be prepared to work in a global business environment.

Employment options - worldwide:

• underground and surface mining companies
• geotechnical and civil engineering enterprises
• companies and institutions specialized in monitoring and environmental protection
• companies specialized in waste remediation and post-mining site reclamation
• mining authorities and regulators, governmental and local institutions dealing with environmental protection and geotechnical engineering
• research institutes, development centers dealing with geotechnical or environmental problems
• in companies related to the mining industry, civil engineering or environmental engineering.

Geodesy an Cartography is a wide scientific and technical discipline, covering the obtaining, processing, analysis and visualization of spatial data (geodata) for the needs of investment processes, spatial planning, real estate management, environmental protection and other areas of the economy. Master's degree studies allow to gain advanced knowledge and competencies necessary to find an attractive job, run your own business, work in high-ranking positions in public administration, as well as open the way to further scientific development in the Doctoral School or other scientific and research units in Poland and abroad.

Graduates of Geodesy and Cartography - GEODATA ENGINEERING - have a wide range of skills and knowledge that can be used in various fields of activity, involving the collection, analysis, processing, interpretation and sharing of geospatial data. They acquire advanced skills in the use of geoinformatics tools and software, including geographic information systems (GIS), remote sensing, spatial databases, machine learning and programming. They know how to use various modern survey technologies, such as satellite measurements, LiDAR and drones. They can apply spatial databases for analysis and development of topographic and thematic maps. They also have knowledge of geomorphology, environmental protection and other disciplines related to the structure and processes of the Earth's surface. They have the ability to integrate data from different thematic areas to solve complex geospatial problems, as well as effectively communicate and present the results of spatial analysis to clients or stakeholders. Field of study characteristics 4 / 80 Graduates can work both in the public sector, such as in local government administration, as well as in the private sector in companies from various thematic areas: surveying, geoinformatics, environmental protection, spatial planning and data analysis.

The program of Master's degree in Geodesy and Cartography allows to educate highly qualified specialists, prepared to process large sets of spatial data, acquired by modern measurement techniques, as well as to analyze these data using geographic information systems and artificial intelligence methods. The syllabus is focused on gaining practical skills in obtaining, processing and evaluating spatial data, as well as performing analyses based on geographic information systems (GIS), modern remote sensing software and machine learning algorithms.In addition, graduates will gain the ability to integrate and analyze data from various disciplines to solve complex problems of a geospatial nature and effectively conduct geoinformation projects, present data and analysis results to clients or stakeholders. Graduates will have knowledge of a foreign language at the B2+ proficiency level.

Graduates of the Master's degree program in Geodesy and Cartography with a specialization in Geodata Engineering will develop extensive theoretical knowledge and practical skills needed in the implementation of specialized tasks commonly posed by the innovative economy in relation to geoinformation systems. They will be prepared for professional work in handling geoinformation projects, acquiring, evaluating, analyzing and interpreting geodata, and designing and implementing geographic information systems (GIS). They will gain the knowledge necessary to function in a business environment, including leading project teams, or performing effective roles within task groups. Graduates can work for companies or offices involved in e.g. inventory, monitoring and documentation of building and architectural structures, protection, management and shaping of the environment, urban planning, interior and landscape architecture, documentation and analysis of the location of anthropogenic and natural events.

Graduate competences

A graduate is able to:

• acquire, process, and assess the quality and suitability of geospatial data (geodata);

• program in selected languages to automate geodata processing workflows;

• design, develop, and use geospatial databases;

• apply geodata for advanced environmental research and monitoring of anthropogenic objects;

• present the results of spatial analyses in a visually appealing and professional manner, including digital thematic maps and dedicated web-based geoportals.

Career prospects

Graduates of the Master’s degree programme in Geodesy and Cartography, specialization Geodata Engineering, are prepared to pursue careers in a wide range of sectors within the economy, industry, and public administration, both in Poland and in an international professional environment, including:

• IT and geoinformatics companies;

• surveying and cartographic companies;

• spatial planning and real estate management;

• public administration and governmental institutions;

• companies involved in environmental protection and monitoring of the environmental impact of mining and other industrial activities;

• research and scientific institutions.