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1 Akademia Górniczo- -Hutnicza im. Stanisława Staszica w Krakowie AGH University of Science and Technology address: A. Mickiewicza Ave. 30 phone: , fax: [email protected] AGH University of Science and Technology is at present one of the oldest (established in 1919), biggest, and best Polish technical universities. Contrary to its traditional name, the University has a wide portfolio of education, covering virtually all scientific issues related to technical or similar sciences. The profile and scope of education as well as research at AGH UST is constantly changing and developing, as we are aspiring to be continually up to date with demands of the present times. We are following the requirements of dynamically changing labour market, closely watching directions of changes in economy, administration and politics. The mission of our university is up-todate education of engineers who specialise in many branches of technology (offering 54 courses and over 200 specialisations). It is worth mentioning that many of the AGH UST specialisations are unique and they have no counterparts in any other Polish universities. We want to preserve this uniqueness by combining knowledge of technology and arts, especially since we employ highly qualified and internationally recognised staff in many unique fields (environmental protection, environmental engineering, underground renovation of historical monuments and archeometallurgy, multimedia and social communication, geotourism, management in specified industries, biomaterials and biomedical engineering). Over stu dents stu dy in the 16 fa - cul ties. PhD co ur ses are al so con duc ted the re are al most 900 PhD stu dents at AGH UST. 13 Fa cul ties are au tho ri zed to con fer the de gree of Do ctor of Scien ce or Do ctor of Phi lo so phy. Fields of stu dy in : l BSc in Mechatronics l BSc in Electronics and Telecommunications l MSc in Applied Computer Science: Computer Methods in Science and Technology l MSc in Biomedical Engineering: Emerging Health Care Technologies l MSc in Chemical Technology: Clean Coal Technologies l MSc in Chemical Technology: Sustainable Fuels Economy l MSc in Electrical Engineering: Smart Grids Technology Platform l MSc in Energy Technology: Sustainable Energy Development l MSc in Geophysics: Applied Geophysics l MSc in Management and Production Engineering: Logistic Management l MSc in Materials Engineering: Functional Materials l MSc in Mathematics: Financial Mathematics l MSc in Mathematics: Mathematics in Computer Science l MSc in Mathematics: Mathematics in Management l MSc in Mining and Geology: Economic Geology l MSc in Mechatronics: Mechatronic Design l MSc in Mining and Geology: Mining Engineering l MSc in Electronics and Telecommunications: Network and Services l MSc in Electronics and Telecommunications: Sensors and Microsystems l MSc in Electronics and Telecommunications: Computer Network Equipments and Systems l MSc in Virtotechnology: Virtualization of Foundry Engineering l Postgraduate Studies in Drilling Facts & fi gu res: l Established in 1919 l 4169 academic staff l students (32 % women) Contact: Centre for International Students l A. Mickiewicza Ave. 30, l l fax: l [email protected]; EXCHANGE PROGRAMMES: phone: +48 (012) , +48 (012) l fax: +48 (012) l [email protected] AGH 1

2 BSc in Electronics and Telecommunications Bachelor of Science 7 semesters First degree graduates in Electronics and Telecommunications acquire theoretical knowledge and practical abilities essential for designing, building, practical application and exploitation of electronic circuits, equipment and telecommunications systems, networks and services. Education is based on carefully selected courses, which serve suitable education for future electronics and telecommunications engineers in order to be able to take advantage of modern technologies and computer-aided designing, as well as to create new technologies and computer tools. There is a substantial contribution of practical assignments during the course of studies (basic, major and specialization courses: wellequipped laboratories, computer-aided design tasks, projects and classes). Every student also has to do a four-week internship in a specialist enterprise or company, which will further develop their professional skills. The programme creates an opportunity for students to get a broad education and practical skills based on some basic and general courses, which will allow graduates to participate actively in the economic life and conduct their own independent activities EUR per year in 2012/2013 academic year. Faculty of Computer Science, Electronics and Telecommunications (Building B1, room 015) Phone: Fax: [email protected] /Jolanta Lepiarczyk/; [email protected] /Andrzej Staniszewski, DSc, Vice-Dean/ AGH 2

3 BSc in Mechatronics Bachelor of Science 7 semesters Mechatronics means interdisciplinary studies in the areas of engineering and technology. In general, it is a new approach to designing and manufacturing innovative products. Mechatronics combines such fields as mechanics, electronics, controlling and computer engineering. Graduates in Mechatronics are able to analyse, design and manufacture, operate and service complex interdisciplinary products. They are able to recognize real engineering problems and be ready to work as part of engineering teams in many different fields of industry, including automation, aviation, house equipment, consumer electronics, defense, software, manufacturing etc. Studying is divided into two parts: general courses and technical courses. General courses include mathematics, physics, chemistry, material science, computer and controlscience, while technical courses include mechanical design, manufacturing processes, electronics, electrical engineering, CAD/CAM/CAE, measurements and signal processing, project management and software engineering. The programme has been created because we believe it is very important for engineers nowadays to have a wide knowledge in many disciplines, as it helps them to achieve innovative solutions and be competitive on the global market EUR per year in 2012/2013 academic year. Faculty of Mechanical Engineering and Robotics Enrolment Board, Mechatronics in Phone: : [email protected] /Wojciech Lisowski, DSc AGH 3

4 MSc in Applied Computer Science: Computer Methods in Science and Technology MSc degree/diploma 3 semesters- 1,5 years (including master s thesis writing) Joint programme of three faculties: Faculty of Physics and Applied Computer Science, Faculty of Geology, Geophysics and Environment Protection and Faculty of Metals Engineering and Industrial Computer Science. The portfolio of modules covers advanced subjects from methods of modelling and optimisation through database management and internet technologies up to biometrics, image processing and high performance computing. The core modules include: Advanced Databases, Identification of Models and Systems, Optimization Methods, High Performance Computing, Image Processing and Analysis, Biometrics. Students will gain skills in database and application server system design and management, advanced data modelling for complex system optimisation, image processing for biometrics applications. Graduates will enable to embark on a range of careers throughout industrial and scientific sector EUR per year in 2012/2013 academic year. Faculty of Physics and Applied Computer Science Phone: [email protected] / Dr Łukasz Gondek, D.Sc., Ph.D.,Vice-Dean/ w AGH 4

5 MSc in Biomedical Engineering: Emerging Health Care Technologies MSc degree/diploma 3 semesters The MSC education programme prepares the student for jobs and research in Biomedical Engineering. The graduates demonstrate advanced knowledge and engineering skills in application of electronics and computer science in biomedicine, technical support for remote delivery of medical services, materials science and tissues for medicine, biomechanics, modeling of biological structures and systems, medical imaging technologies. The skills include formulating of engineering problems in the area of biomedicine, solving of such problems through modeling, designing, development and application of technologies with use of information techniques support, information transmission and processing, leadership of development teams, innovation and creativity in ideas and implementation, decision making. The BME learning and research environment is highly internationally oriented and the programme and its courses are in. This enables easy access to our programme for foreign students. Our students may carry out part of the master s programme at a university abroad. Currently the office is actively recruiting students from various European countries and from other continents. This will result in a more international composition of our Master student population. BME master s students may study up to one semester at another selected university. With some universities (e.g. Prague, Lisbon, Grenoble, Twente, Magdeburgh etc.) the office has an exchange contract or has good contacts within the biomedical research groups. The master s programme offers several opportunities for adding an international dimension to the knowledge and the practical experience of a student. BME believes a stay abroad is a valuable component of the study EUR per year in 2012/2013 academic year. Faculty of Electrical Engineering, Automatics, Computer Science and Biomedical Engineering Phone: [email protected] /prof. Piotr Augustyniak/ AGH 5

6 MSc in Biomedical Engineering: Emerging Health Care Technologies 3 semesters The MSC education programme prepares the student for jobs and research in Biomedical Engineering. The graduates demonstrate advanced knowledge and engineering skills in application of electronics and computer science in biomedicine, technical support for remote delivery of medical services, materials science and tissues for medicine, biomechanics, modeling of biological structures and systems, medical imaging technologies. The skills include formulating of engineering problems in the area of biomedicine, solving of such problems through modeling, designing, development and application of technologies with use of information techniques support, information transmission and processing, leadership of development teams, innovation and creativity in ideas and implementation, decision making. The BME learning and research environment is highly internationally oriented and the programme and its courses are in. This enables easy access to our programme for foreign students. Our students may carry out part of the master s programme at a university abroad. Currently the office is actively recruiting students from various European countries and from other continents. This will result in a more international composition of our Master student population. BME master s students may study up to one semester at another selected university. With some universities (e.g. Prague, Lisbon, Grenoble, Twente, Magdeburgh etc.) the office has an exchange contract or has good contacts within the biomedical research groups. The master s programme offers several opportunities for adding an international dimension to the knowledge and the practical experience of a student. BME believes a stay abroad is a valuable component of the study EUR per year in 2012/2013 academic year. Faculty of Electrical Engineering, Automatics, Computer Science and Biomedical Engineering Phone: [email protected] /prof. Piotr Augustyniak/ AGH 6

7 MSc in Chemical Technology: Clean Coal Technologies 3 up to 4 semesters (it depends on the chosen option, please see the description) The MSc programme Clean Coal Technology offered by the Faculty of Energy and Fuels AGH University of Science and Technology focuses on the important aspect of energy production the application of coal which, although a fossil fuel, is believed to be a good medium term solution for energy production as: it is an abundant energy resource, and is available at a fairly stable price and comes from many international suppliers, thus guaranteeing energy security. However, as fossil fuels produce a lot of pollutants, among them CO2, and thus are made responsible for degradation of environment and climatic changes, new and modern technologies are necessary Clean Coal Technologies. Along these lines new specialists will be educated who do not only understand but may also apply and further develop methods which may use coal to produce energy in environmentally friendly way. Such specialists will have knowledge both in energy technologies and in chemical technologies. The program focuses on energy and chemical aspects, with special stress laid on advanced coal technologies, gasification of coal and biomass, environmental protection, process design and integration, etc. Additionally, courses on planning and forecasting in energy systems, energy policy, sustainable energy development, renewable energy and fuel cells etc. are offered. The standard program lasts 3 semesters, but the students may also apply to study in 4 semester program. The latter program has the above mentioned courses during first two semesters and additionally all students spend 3rd and 4th semester at a foreign partner university (in Sweden, Germany or Portugal). The former program offers Polish MSc diploma in chemical technology, the latter may lead to a double diploma EUR per year in 2012/2013 academic year. Faculty of Energy and Fuels Enrolment Board, Sustainable Fuels Economy Phone: [email protected] / Prof. Teresa Grzybek BSc in a cognate discipline or equivalent document AGH 7

8 MSc in Chemical Technology: Sustainable Fuels Economy 3 semesters (including master s thesis writing) Fuels the source of primary energy and the basis for the development and even the existence of contemporary economies. The production and use of fuels needs to follow sustainability principles in order to be acceptable in the long term. Students at the course gain the competence and knowledge in the field of fuels technologies and the analysis of their use and production. The course combines two groups of subjects: the basis of fuel technologies, the principles of fuels and energy systems analysis and its use in planning the sustainable development. The first group comprises the following subjects: engineering of chemical reactors, surface phenomena and industrial catalytic processes, physics of energy transformation, basics of biotechnology, batteries and fuel cells, and environmental protection in chemical processes. The second group includes the following subjects: modeling and planning of fuels and energy systems, energy markets and policies, energy and the environment. Classes, laboratories and projects constitute the main part of the course, thus giving practical competence for the application of the acquired knowledge. Graduates are prepared to analyze and optimize the processes of fuels use and production with respect to technical, economic and environmental issues EUR per year in 2012/2013 academic year. Faculty of Computer Science, Electronics and Telecommunications [email protected] /Jolanta Lepiarczyk/; [email protected] /Andrzej Staniszewski, DSc, Vice-Dean/ BSc in a cognate discipline or equivalent document AGH 8

9 MSc in Electrical Engineering: Smart Grids Technology Platform 3 semesters (including master s thesis writing) This specialization is aimed at presenting Smart Grids Technological Platform, its applications to the so-called "Intelligent power systems", capable of integrating and controlling distributed energy sources and containers, The graduate will learn how to optimize the existing power systems with the use of novel power electronics systems, as well as informatic and telecommunications tools, providing safety and reliability of high quality energy suppliers. The graduates will be able to efficiently process and use energy, and also undertake activities focused on improving living standards in the energy market competitiveness conditions. The tutorial will be held in language, thanks to which the graduates will acquire the command of specialist terminology of European Smart Grid Technology Platform EUR per year in 2012/2013 academic year. Faculty of Electrical Engineering, Automatics, Computer Science and Biomedical Engineering , Krakow, Poland [email protected] /Krzysztof Piątek, DSc/ AGH 9

10 MSc in Electronics and Telecommunications: Computer Network Equipments and Systems 3 semesters (including master s thesis writing) Full-time, 2-nd level degree courses are three semester long and finish by preparation of the Master Thesis and the graduate is awarded the degree. At the second stage the student selects one of the specializations: Teleinformatics Systems and Equipment, Sensors and Microsystems, Networks and Services. The graduates acquire the theoretical knowledge and practical skills indispensable to design, manufacture, implement and exploit the circuits, devices, electronic systems and telecommunications systems, networks and services. This study programme aims at specification of the current and future electronic and telecommunications techniques with the use of new technologies and computer tools as well as development of these technologies and fabrication of tools. In the first phase of studies the future graduate gains the theoretical background in basic subjects, in the second phase of studies the disciplinary and specialist subjects are introduced. During the first semester (uniform across all specializations) students acquire supplementary knowledge in basic theoretical subjects (Mathematics, Stochastic Processes, Numerical Methods, Optimization Methods) and in major courses (Fibre Optics and Photonics, Programmable Logic Devices, Electromagnetic Compatibility, Information Theory and Coding, Security of Information Systems, Reliability and Diagnostics, Telecommunication Networks Design). The specialist education is conducted according to various programmes elected at the second stage of full-time studies. Graduates are also prepared for team management, as well as to advance to the 3rd cycle of studies (doctoral research). The syllabus of Electronics and Telecommunications: Computer Network Equipments and Systems includes specialised compulsory and elective subjects such as equipment implementation of algorithms, computer architectures, integrated service networks, light pipes technique, networks and systems with dispersed intelligence, mobile radio communication systems, wireless networks, network devices, analogue CMOS systems in VLSI technique. The broad profile of studies covers computer science, teleinformatics and multimedia communication systems. The disciplines introduced in the curriculum taught at the Faculty aim at education of electronic engineers designing new teleinformatic equipment, teleinformatic networks and network management. The graduate of this specialisation becomes familiar with the equipment and standards of teleinformatic systems and local, metropolitan, wide area networks as well as integrated networks. The student acquires skills to design and construct equipment and informing systems, computer hardware and networks, data transmission systems and software development EUR per year in 2012/2013 academic year. Faculty of Computer Science, Electronics and Telecommunications [email protected] /Jolanta Lepiarczyk/; [email protected] /Andrzej Staniszewski, DSc, Vice-Dean/ AGH 10

11 MSc in Electronics and Telecommunications: Network and Services 3 semesters (including master s thesis writing) Full-time, 2-nd level degree courses are three semester long and finish by preparation of the Master Thesis and the graduate is awarded the degree. At the second stage the student selects one of the specializations: Teleinformatics Systems and Equipment, Sensors and Microsystems, Networks and Services. The graduates acquire the theoretical knowledge and practical skills indispensable to design, manufacture, implement and exploit the circuits, devices, electronic systems and telecommunications systems, networks and services. This study programme aims at specification of the current and future electronic and telecommunications techniques with the use of new technologies and computer tools as well as development of these technologies and fabrication of tools. In the first phase of studies the future graduate gains the theoretical background in basic subjects, in the second phase of studies the disciplinary and specialist subjects are introduced. During the first semester (uniform across all specializations) students acquire supplementary knowledge in basic theoretical subjects (Mathematics, Stochastic Processes, Numerical Methods, Optimization Methods) and in major courses (Fibre Optics and Photonics, Programmable Logic Devices, Electromagnetic Compatibility, Information Theory and Coding, Security of Information Systems, Reliability and Diagnostics, Telecommunication Networks Design). The specialist education is conducted according to various programmes elected at the second stage of full-time studies. Graduates are also prepared for team management, as well as to advance to the 3rd cycle of studies (doctoral research). A graduate in the specialization Electronics and Telecommunications: Network and Services is educated to make technical progress and is able to conduct creative professional activities in up-to-date electronics and telecommunications, especially in the field of telecommunication networks and services. The programme of the specialization focuses on the education of prospective graduates who will be able to develop new telecommunication equipment and systems, networks, and will also be able to manage existing networks, analyse existing networks and future networks standards including wireless data transmission networks, modern IP networks, exchange of electronic documents, methods of modelling and testing telecommunication protocols, efficiency, research and development of data telecommunication systems, as well as to create www pages and digital video libraries. During the first semester (uniform across all specializations) students acquire supplementary knowledge in basic theoretical subjects (Mathematics, Stochastic Processes, Numerical Methods, Optimisation Methods) and in major courses (Fibre Optics and Photonics, Programmable Logic Devices, Electromagnetic Compatibility, Information Theory and Coding, Security of Information Systems, Reliability and Diagnostics, Telecommunication Networks Design). During the following semesters the education is accomplished at three major courses: Network and Service Management, Digital Transmission Techniques, and Modelling and Simulation of Networks and Services, and within the framework of the elective courses: Wireless Data Transmission System, www SED and PHP, Digital Video Libraries, Models of Telecommunication Services and Networks, Unified Signalisation Services, Global Communication Systems EUR per year in 2012/2013 academic year. Faculty of Computer Science, Electronics and Telecommunications Krakow,Poland [email protected] /Jolanta Lepiarczyk/; [email protected] /Andrzej Staniszewski, DSc, Vice-Dean/ AGH 11

12 MSc in Electronics and Telecommunications: Sensors and Microsystems 3 semesters (including master s thesis writing) Full-time, 2-nd level degree courses are three semester long and finish by preparation of the Master Thesis and the graduate is awarded the degree. At the second stage the student selects one of the specializations: Teleinformatics Systems and Equipment, Sensors and Microsystems, Networks and Services. The graduates acquire the theoretical knowledge and practical skills indispensable to design, manufacture, implement and exploit the circuits, devices, electronic systems and telecommunications systems, networks and services. This study programme aims at specification of the current and future electronic and telecommunications techniques with the use of new technologies and computer tools as well as development of these technologies and fabrication of tools. In the first phase of studies the future graduate gains the theoretical background in basic subjects, in the second phase of studies the disciplinary and specialist subjects are introduced. During the first semester (uniform across all specializations) students acquire supplementary knowledge in basic theoretical subjects (Mathematics, Stochastic Processes, Numerical Methods, Optimization Methods) and in major courses (Fibre Optics and Photonics, Programmable Logic Devices, Electromagnetic Compatibility, Information Theory and Coding, Security of Information Systems, Reliability and Diagnostics, Telecommunication Networks Design). The specialist education is conducted according to various programmes elected at the second stage of full-time studies. Graduates are also prepared for team management, as well as to advance to the 3rd cycle of studies (doctoral research). The syllabus of Electronics and Telecommunications: Sensors and Microsystems includes specialist compulsory and elective subjects such as design and techniques of the microsystem development, the light pipe technique, semiconductive microsensors, photovoltaics and renewable energy sources, design of electronic equipment based on CAD and CAM systems, nanoelectronics, electronic editing, testing systems, analogue COMS systems based on VLSI technique, spintronics, vacuum techniques, manufacture and research methods of thin-layer structures. The graduate of this discipline becomes familiar with the equipment and standards or microsystems, sensor circuits as well as thin-layered nanoelectronic structures and acquires the ability to design and construct the equipment EUR per year in 2012/2013 academic year. Faculty of Computer Science, Electronics and Telecommunications , Krakow,Poland [email protected] /Jolanta Lepiarczyk/; [email protected] /Andrzej Staniszewski, DSc, Vice-Dean/ AGH 12

13 MSc in Energy Technology: Sustainable Energy Development 3 semesters (including master s thesis writing) Contemporary energy systems must fulfill the principle of sustainability. We should not adversely affect the environment and economy prospects of our and future generations. In order to meet these requirements knowledge in various fields is indispensable. It involves the analysis of technical, economic and environmental issues related to energy systems development. The course of Sustainable Energy Development includes two balanced groups of subjects. The first group focuses on energy technologies and comprises the following subject areas: physics and chemistry of energy, and contemporary energy technologies with focus on renewable technologies. The second group refers to energy planning and forecasting processes, and comprises the following subjects: management, economics, auditing, planning and forecasting. The course concentrates on providing practical knowledge, and therefore classes, laboratories and projects predominate the course programme. Our aim is to enable students to gain the ability to analyze and optimize plans of energy systems development. The selection of energy carriers and technologies while taking into consideration the economic, environmental and technological issues is the basis for building harmonized development plans. The competence and knowledge of graduates constitute a firm base for their contribution into energy systems development EUR per year in 2012/2013 academic year. Faculty of Energy and Fuels Enrolment Board, Sustainable Fuels Economy [email protected] /Jacek Kamiński, Ph.D./ BSc in a cognate discipline or equivalent document AGH 13

14 MSc in Geophysics: Applied Geophysics 3 semesters (including master s thesis writing) A second-cycle degree graduate has a broad knowledge of exact sciences and earth sciences as well as an advanced knowledge of pure geophysics and applied geophysics. A graduate knows theoretical basis and is able to describe and analyse geophysical parameters acquired with different geophysical methods in terms of evaluation of physical properties of rocks and dynamics of physical processes. A graduate knows how to use the up-to-date systems for data processing and interpretation. He or she can single-handedly design and carry out geophysical measurements and can manage solving prospecting problems under complex geological conditions and in mineral resource recovery. A graduate is able to design and perform environmental monitoring in time and space using geophysical methods. He or she can apply up-to-date geophysical methods into engineering problems. He or she knows how to design and complete geophysical survey to evaluate natural and man-made environmental hazard including threats related with extraction of energy and mineral resources. A graduate can single-handedly manage a project both in terms of its substance and law and economics. He or she can also co-operate with representatives from other fields. A M.Sc. in applied geophysics can be in control of subordinate employees and manage with economic problems maintaining legal and ethical principles. A graduate is ready to begin work in geophysical and geological and mining companies as well as in research and development centers. M.Sc. holders can also enroll to doctoral studies (third-level studies) EUR per year in 2012/2013 academic year. Faculty of Faculty of Geology Geophysics and Environmental Protection Department of Geophysics (Building A0, room 117) [email protected] /Prof. Jadwiga Jarzyna/ AGH 14

15 MSc in Management and Production Engineering: Logistic Management 3 semesters (including master s thesis writing) Its aim is to educate modern logistic staff and prepare students to fulfil tasks in the field of management and control of product flows. The curriculum of this specialisation guarantees the students an interesting education whereby they are prepared to manage technical and logistics systems from the point of view of operations and strategy in areas such as supply, production, distribution and recycling of physical goods in the economy. The course leads to the degree of MSc (magister inżynier).the specialisations will be launched for groups of no less than 30 students EUR per year in 2012/2013 academic year. Faculty of Management Enrolment Board, Logistic Management in Phone: [email protected] /Rafał Kusa, DSc/ AGH 15

16 MSc in Materials Engineering: Functional Materials 3 semesters (including master s thesis writing) The Functional Materials course is a new educational offer directed to graduate students with general background in materials physics, chemistry and engineering. Students will acquire knowledge on the interrelations between the manufacturing methods, structure and properties of materials and unique properties possible to develop by novel manufacturing and/or processing techniques. The application area covers electronics, photonics, energy storage and conversion, heterogeneous catalysis, health care, as well as sensing devices. The program encompasses lectures, seminars and laboratory work focussed on the issues of surface functionalization, manufacturing bulk materials for demanding environments and integration of different materials, as well as elements of computer aided design, modelling and advanced characterization methods EUR per year in 2012/2013 academic year. Faculty of Materials Science and Ceramics [email protected] /prof. Elżbieta Godlewska/ BSc in chemistry or physics or materials engineering AGH 16

17 MSc in Mathematics: Financial Mathematics 2 years (4 semesters) This is a full 4-semester graduate program leading to MSc in mathematics. The core modules include: Portfolio theory and risk management Black-Scholes theory Numerical methods in finance, including Monte-Carlo simulations Theory of stochastic interest rates Case studies Students will gain skills in quantitative finance that will enable them to embark on a range of careers throughout the financial services industry with a particular focus on derivative pricing, risk management and fund management. Graduates will typically find employment within investment banking, the hedge fund industry, insurance, asset management EUR per year in 2012/2013 academic year. Faculty of Applied Mathematics [email protected] /prof. Marek Capinski/ AGH 17

18 MSc in Mathematics: Mathematics in Computer Science 2 years (4 semesters) This is a full 4-semester graduate program leading to MSc in mathematics. The core modules include: graph theory and networks, probabilistic methods in discrete mathematics, theory of algorithms, computational complexity theory, automata theory and Petri nets. Students will gain skills in discrete mathematics and its applications that will enable them to embark on a range of careers throughout the industry with particular focus on modeling, analysis and management of manufacturing systems. Graduates will typically find employment within banking, industry, management and research EUR per year in 2012/2013 academic year. Faculty of Applied Mathematics [email protected] /prof. Mariusz Woźniak/ AGH 18

19 MSc in Mathematics: Mathematics in Management 2 years (4 semesters) A full 4-semester graduate program leading to MSc in mathematics. Graduates are able to apply mathematics and computer science in management.the core modules of the program include statistics in management, databases, graphs and networks, introduction to financial management and software engineering EUR per year in 2012/2013 academic year. Faculty of Applied Mathematics [email protected] /Prof. Antoni Marczyk/ AGH 19

20 MSc in Mechatronics: Mechatronic Design 3 semesters (including master s thesis writing) Designing mechatronic products requires a dedicated approach that takes into account: interdisciplinary design, market related constraints, multifunctionality, user-friendly operation and demand of minimization of the cost of the whole product operation period. Thus designers who create mechatronic products should possess comprehensive interdisciplinary knowledge, ability to co-operate in an interdisciplinary designing team as well as team management skills, and knowledge how to use the up-to-date tools of computer aided engineering. Additionally the know-how in scheduling and carrying out prototyping of mechatronic systems is very useful. This specialty of study to a considerable extent bases on a project oriented type of studying, including co-operation in project teams. Such approach leads to better understanding of specific nature of mechatronic design process and to learning techniques of solving the interdisciplinary design problems. During the study each student will take part in designing and prototyping of a mechatronic product. The study program consists of courses on design of mechanical, electronic and control systems, as well as techniques of application of software and hardware. A quarter of the courses deal with problem of integration of mechatronic systems. During the classes students learn how to use dedicated software tools as well as testing equipment in the process of designing and prototyping of the complex mechatronic systems. The specialty courses also comprise problems of designing of embedded systems as well as microsystems (MEMS) that are nowadays more and more often used in everyday life and industry. Thanks to co-operation between the Department and industrial partners students take part in actual research and development activities as well as attend practical trainings EUR per year in 2012/2013 academic year. Faculty of Mechanical Engineering and Robotics [email protected] /Wojciech Lisowski, DSc AGH 20

21 MSc in Mining and Geology: Economic Geology 3 semesters (including master s thesis writing) A graduate has a broad knowledge on prospecting, documenting and evaluating of mineral deposits. Student after graduation is able to plan and perform an exploration program depending on genetic type of deposit and searched elements as well as controlling process of excavation of ore horizon. Knowledge acquired during studies allows to choose optimal field and laboratory as say methods necessary for both prospecting and documentation reports. A graduate knows how to perform a field works, and is familiar with methodology of different sampling methods. Theory knowledge is not all. During studies, graduate takes part in obligatory field works and diploma field works. Place of diploma field works depends on his/her thesis (in last few years, graduates had diploma field works in Poland, Ukraine, Kosovo, Slovakia, Australia, Laos and Mongolia). An Economic Geology graduate has knowledge to evaluate collected samples under the microscope, choose samples for further chemical assay and evaluate results, described drill core (logging) and evaluate mineral deposits including, and calculate resources and reserves based on 3-4D model of deposit. Knowledge acquired in Economic Geology studies allows him/her to use the newest software to present all sort of data as maps, diagrams, profiles, controlling validation of extracted mineral commodities and cooperate with miners fulfilling geological service. A graduate is also familiar with software for mineral deposit modeling, reserve calculation and open-cut and underground mining management EUR per year in 2012/2013 academic year. Tuition for the first year is higher to include additional, nonrefundable 200 EUR Faculty of Geology Geophysics and Environmental Protection Address; Al. Mickiewicza 30, [email protected] /prof. Adam Piestrzyński/, AGH 21

22 MSc in Mining and Geology: Mining Engineering 4 semesters (including master s thesis writing) Graduates in Mining Engineering are prepared to work in underground and opencast coal mines, mines of metal ores, salt and other minerals, and in other mining plants dealing with the mining of mineral raw materials and in the companies of underground construction. Students of Mining Engineering deal with modern subjects within the scope of mining technology, mechanization, geomechanics, blasting techniques, natural threats (rock bursting, roof falls, underground fire prevention, methane control etc.) and geological background. With the access to the latest software and fast computers students can simulate mining conditions by the means of numerical modeling. Graduates gain full qualifications entitling them to hold top management positions in a mine. They can also find employment in research and scientific centers serving the mining industry. Students are also provided with knowledge in the field of mining economics, as well as the organization and management in the mining industry. Learning modern mining technologies, they can use computer techniques and visit Polish mines EUR per year in 2012/2013 academic year. Faculty of Mining and Geoengineering Enrolment Board, Mining and Geology [email protected] /Jacek Jakubowski, DSc/ AGH 22

23 Virtotechnology: Virtualization of Foundry Engineering 3 semesters 1.5 years (including master thesis) The specialty of study "Virtualizationof Foundry Engineering" is master s degree carried out on the second degree of Virtotechnolgy and classes are taught in. The study program of specialization consists of courses such as: knowledge of the technology and its development trends, computer-aided engineering, modern enterprise management systems, computer science and applied mathematics. This program is adapted to the Metallurgy and Science standard degree. Graduates of the Master's after specialization of Virtualization of Foundry Engineering have the ability to use commercial software packages, such as: databases, graphics and software tools as CAD, CAE and CAM. Due to give the European Union the priority training courses of research such as Information Society Technologies, the graduates of the Master safter specialization of Virtualization of Foundry Engineeringat the Virtotechnology better working out into the research teams, performing task in the field of materials technology and production engineering. This is additional chance interesting employment in the European Scientific - Research and in industrial plants EUR per year in 2012/2013 academic year. Faculty of Foundry Engineering [email protected] /Janusz Lelito, Ph.D/ AGH 23

24 Postgraduate Studies in Drilling 2 semesters 1 year postgraduate studies Drilling" give people working in Petroleum industry or looking for job indispensable theoretical knowledge. Program covers: Drilling, Well Logging, Economics, Petroleum Geology, Oil Reservoir Production, Gas Reservoir Production, Well testing, Quality, Health, Safety & Environmental Management System and also more detailed classes like Rock Mechanics, Wellbore Design, Drilling and Production Equipment, Drilling Fluids, Drilling Technology, Well Completion and Workover. Successful candidate will get knowledge from drilling and relevant disciplines. Students who pass all exams will get postgraduate certificate of 1600 EUR per semester (does not include accommodation) Faculty of Drilling, Oil and Gas (Building A1, p.104) Phone: [email protected] /Jolanta Ulman MA/ BSc or MSc required for enrolment AGH 24