(in Polish) Matematyka stosowana, stacjonarne, drugiego stopnia (MSDZMGR)

possess university diploma (first or second degree studies), positive result of the enrolment procedure

Resolution 552/XXXIII/XV/2020 of the Senate of Bialystok University of Technology of 21 May 2020 on establishing a study programme for second cycle studies in the field of Applied Mathematics at a practical profile commencing from the academic year 2020/2021 conducted at Bialystok University of Technology
Reference to descriptors of the National Qualifications Framework (NQF) and descriptors of level 7 of the Polish Qualifications Framework (PQF)

Symbol of the learning outcome - Description of learning outcomes; The graduate - Reference to the National Qualifications Framework - Reference to the second stage level descriptors of the PQF

KNOWLEDGE:
K_W01 - has extended and deepened knowledge of mathematics, useful for formulating and solving complex tasks in the field of applications of mathematics, as well as knowledge of historical development and significance of mathematics for progress of science and technology - T2P_W01, T2P_W03, T2P_W04, X2P_W01 - P7S_WG
K_W02 - has knowledge in the scope necessary for quantitative description, understanding and mathematical modelling of problems of medium complexity, especially of engineering character, from selected areas of human activity - T2P_W02, T2P_W03, X2P_W02 - P7S_WG
K_W03 - knows numerical techniques and methods of mathematical model building and principles of experimental research in selected fields and disciplines of science and technology - X2P_W03 - P7S_WG
K_W04 - knows theoretical fundamentals of computational methods applied to solve typical problems specific for selected fields of science and technology and examples of practical implementation of such methods using adequate IT tools - T2P_W07, X2P_W04 - P7S_WG
K_W05 - has general knowledge on current directions of development and latest methods and techniques in the field of mathematics applications, in the context of development trends and most significant new achievements in selected areas of science and technology - T2P_W05, X2P_W06 - P7S_WG
K_W06 - has a thorough understanding of artificial intelligence algorithms and advanced computational methods applied to solve problems from various fields - _ - P7S_WG
K_W07 - has a thorough understanding of programming languages, techniques and methods used in mathematical modelling and data analysis - _ - P7S_WG
K_W08 - knows and understands the current directions of development and the latest methods and techniques in the field of data analytics and mathematical modelling, including the fundamental dilemmas of modern civilization - _ - P7S_WG, P7S_WK
K_W09 - has basic knowledge about management, including quality management, and running a business - T2P_W09, T2P_W11, X2P_W10 - P7S_WK
K_W10 - knows and understands the basic terms and principles concerning industrial property protection and copyrights, as well as the necessity of intellectual property management - T2P_W10, X2P_W09 - P7S_WK

SKILLS:
K_U01 - can plan, carry out experiments and computer simulations concerning mathematics and its applications, interpret and evaluate the obtained results and draw conclusions - T2P_U08, X2P_U01, X2P_U02 - P7S_UW
K_U02 - can find necessary information in professional literature and other sources, in particular in foreign languages; is familiar with basic scientific journals proper for applied mathematics - T2P_U01, X2P_U03 - P7S_UK, P7S_UW
K_U03 - can use the known mathematical theorems and methods; can apply the knowledge of mathematics and computer science to applications in other areas, in particular to practical applications - T2P_U09, X2P_U04 - P7S_UW
K_U04 - can determine directions for further learning and implement the process of self-learning - T2P_U05, X2P_U07 - P7S_UU
K_U05 - has a thorough ability to prepare written works and oral presentations in Polish and a foreign language concerning mathematics and its applications, in particular containing own research results - T2P_U03, T2P_U04, T2P_U07, X2P_U05, X2P_U08, X2P_U09 - P7S_UK, P7S_UW
K_U06 - has language skills in the field of mathematics and its applications, consistent with the requirements specified for B2+ level of the Common European Framework of Reference for Languages - T2P_U06, X2P_U10 - P7S_UK
K_U07 - can use analytical, simulation and experimental methods to formulate and solve engineering tasks and simple research problems in the field of applied mathematics - T2P_U09, T2P_U10, X2P_U04 - P7S_UW
K_U08 - can select and use appropriate artificial intelligence algorithms, data analysis and computational methods applied to solve problems from various fields - _ - P7S_UW
K_U09 - can properly select and use computer tools, including statistical packages and computing environments, for mathematical modelling and data analysis - _ - P7S_UW
K_U10 - can critically analyse the functioning and evaluate existing technical solutions, in particular applications supporting the work of a mathematician; can modify the source code of simple programmes to suit own needs; can perform activities related to the maintenance of facilities and systems - T2P_U15, T2P_U16 - P7S_UW, P7S_KK
K_U11 - can identify and formulate the specification of complex engineering tasks, related to the application of mathematics, including atypical tasks, taking into account their non-technical aspects - T2P_U17 - P7S_UW
K_U12 - can assess the usefulness of methods and tools for solving an engineering task, related to the application of mathematics; can - using also conceptually new methods - solve complex engineering tasks, including non-typical tasks and tasks containing a research component - T2P_U18, X2P_U04 - P7S_UU, P7S_UW, P7S_KK
K_U13 - according to a given specification, taking into account non-technical aspects, is able to design an advanced computer programme and implement it, using adequate methods, techniques and tools - T2P_U19 - P7S_UW
K_U14 - has experience in solving practical tasks, gained in the environment of professional engineering activities and related to the use of appropriate tools of applied mathematics; while performing the tasks, applies the rules of occupational safety - T2P_U02, T2P_U12, T2P_U13, T2P_U18 - P7S_UW
K_U15 - applies standards related to software development; is able to use popular computer tools to implement applications supporting the work of a mathematician - T2P_U15,
T2P_U18, T2P_U19 - P7S_UW
K_U16 - has experience in the application of technologies specific to applied mathematics, gained in professional engineering environments - T2P_U11 - P7S_UW
K_U17 - can inspire and organise the learning process of others, understands the need for lifelong learning - T2P_K01, X2P_K01 - P7S_UO, P7S_UU, P7S_KO
K_U18 - can cooperate and work in a group, taking various roles in it; can appropriately determine the priorities for implementation of a task defined by oneself or others - T2P_K03, T2P_K04, X2P_K02, X2P_K03 - P7S_UO

SOCIAL COMPETENCE:
K_K01 - can think and act creatively and entrepreneurially - T2P_K06, X2P_K07 - P7S_KO
K_K02 - is aware of the importance of and understands the non-technical aspects and effects of engineering activities, including their impact on the environment, and of the related responsibility for making decisions - T2P_K02, X2P_K06 - P7S_KO, P7S_KR
K_K03 - is aware of the social role of a technical university graduate, especially understands the need to formulate and convey to the society, especially through mass media, information and opinions on the achievements of technology and other aspects of engineering activity; makes efforts to convey such information and opinions in a commonly understood way, justifying different points of view - T2P_K07 - P7S_KO
K_K04 - correctly identifies and solves dilemmas connected with the profession - T2P_K05, X2P_K04 - P7S_KKK, P7S_KR
K_K05 - understands the need to systematically familiarise oneself with scientific and popular science magazines, basic for the field of study applied mathematics - X2P_K05 - P7S_UU, P7S_KK

Meaning of symbols:
K - learning outcomes for the field of study Applied Mathematics
W – category of knowledge
U – category of skills
K – category of social competence
01, 02, 03... - number of learning outcome
Description of symbols according to the Polish Qualifications Framework (pursuant to the Act of 22 December 2015 on the Integrated Qualifications System):
P7S - learning outcomes for second cycle studies according to the Polish Qualifications Framework (qualifications obtained typical for higher education (second stage descriptors) - LEVEL 7, general academic profile);
P = PQF level (1...8)
S - level descriptor typical for higher education
W - knowledge (the graduate knows and understands):
G = depth and scope, K = context;
U - skills (the graduate can):
W = applying knowledge; K = communicating; O = organising work; U = learning;
K - social competence (the graduate is ready to):
K = critical evaluation; O = responsibility; R = professional role.