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

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

Resolution No. 415/XXVII/XIV/2015 of 22 January 2015, passed by the Senate of the University of Bialystok on determining the effects of education adopted for conducting practical education profile at the second degree applied mathematics at the University of Technology in Bialystok

Course education outcome - Description – References to education outcomes

KNOWLEDGE
the student:
K_W01- has expanded and deepened knowledge of mathematics, useful to formulate and solve complex tasks in the field of applied mathematics, as well as knowledge of the historical development and significance of mathematics for the progress of science and technology - T2P_W01,T2P_W03, T2P_W04, X2P_W01
K_W02 - has knowledge to the extent necessary for quantitative description, understanding and mathematical modeling of problems with a medium level of complexity, especially of engineering, with selected areas of human activity - T2P_W02, T2P_W03, X2P_W02
K_W03 - knows the techniques and numerical methods for the construction of mathematical models and principles for conducting experimental research in selected scientific and technical fields and disciplines, - X2P_W03
K_W04 - knows the theoretical basis of computational methods used to solve typical problems inherent in selected fields of science and technology and examples of practical implementation of these methods using appropriate tools - T2P_W07,X2P_W04
K_W05 - has a general knowledge of current developments and the latest methods and techniques in the field of applications of mathematics, in the context of the development trends and the most important new developments in selected fields of science and technology - T2P_W05, X2P_W06
K_W06 - has a basic knowledge of the software life cycle, including specialist, used in solving engineering tasks; knows the basic principles associated with the modification and updating of software - T2P_W06
K_W07 - knows the basic methods, techniques and tools, including information systems used to solve complex engineering tasks in the field of applied mathematics - T2P_W07
K_W08 - has the knowledge necessary to understand the social, economic, legal and other non-technical conditions of engineering activities and their role in engineering practice - T2P_W08, X2P_W08
K_W09 - has basic knowledge of management, including quality management, and business - T2P_W09, T2P_W11, X2P_W10
K_W10 - knows and understands basic concepts and principles of the protection of industrial property and copyright law, and the need for management of intellectual property - T2P_W10, X2P_W09
K_W11 - knows selected paradigms and programming methodology in terms of norms and standards of information - T2P_W07
K_W12 - knows the basic principles of health and safety at work, with particular emphasis on the nature of work mathematician and engineer - X2P_W07

SKILLS

K_U01 - is able to plan and carry out experiments and computer simulations on mathematics and its applications, interpret and evaluate the results and draw conclusions - T2P_U08, X2P_U01, X2P_U02
K_U02 - can find the necessary information in the scientific literature and other sources, in particular in foreign languages; knows the basic scientific journals appropriate for applied mathematics - T2P_U01, X2P_U03
K_U03 - can benefit from known theorems and mathematical methods; is able to use possessed knowledge of mathematics and computer science applications in other areas, in particular for practical applications - T2P_U09, X2P_U04
K_U04 - can predict the directions of further learning and realize the learning process - T2P_U05, X2P_U07
K_U05 - has deepened ability to prepare written work and oral presentations in Polish and foreign languages on mathematics and its applications, in particular with the results of their research - T2P_U03, T2P_U04, T2P_U07, X2P_U05, X2P_U08, X2P_U09
K_U06 - possesses language skills in mathematics and its applications, in line with the requirements for the level of B2 + European Framework of Reference for Languages - T2P_U06, X2P_U10
K_U07 - is able to use analytical, simulation and experimental methods, for formulating and solving simple problems of engineering and research in the field of applied mathematics - T2P_U09, T2P_U10, X2P_U04
K_U08 - can - in formulating and solving engineering tasks - integrate knowledge of mathematics and its applications - T2P_U11, X2P_U04
K_U09 - can make a preliminary analysis of the economic of undertaken engineering activities - T2P_U14
K_U10 - is able to critically analyze and evaluate the functioning of existing technical solutions, particularly applications that support the work of mathematics; can modify the source code for simple programs, to adapt them to their own needs; is able to perform tasks related to the maintenance of facilities and systems - T2P_U15, T2P_U16
K_U11 - is able to identify and formulate specification of complex engineering tasks related to the applications of mathematics, including non-standard tasks, taking into account their non-technical aspects - T2P_U17
K_U12 - is able to assess the suitability of methods and tools to solve engineering tasks associated with application of mathematics; can solve complex engineering tasks, including tasks and unusual tasks including research component by using the conceptually new methods - T2P_U18, X2P_U04
K_U13 - can - according to preset specifications, taking into account the non-technical aspects - design advanced computer program and implement it using appropriate methods, techniques and tools - T2P_U19
K_U14 - has experience in solving practical tasks, gained in an environment dealing with professional engineering and operations associated with the use of appropriate tools of applied mathematics; in performance of tasks applies the security principles associated with this work - T2P_U02, T2P_U12, T2P_U13, T2P_U18
K_U15 - uses standards for software development; is able to use popular software tools for the implementation of applications supporting the work of mathematician - T2P_U15,T2P_U18, T2P_U19
K_U16 - has experience with the use of technology relevant to applied mathematics, acquired in environments professionals business engineering - T2P_U11

SOCIAL COMPETENCES

K_K01 - understands the need for learning throughout life, can inspire and organize the learning process of others - T2P_K01, X2P_K01
K_K02 - is able to think and act in a creative and enterprising way - T2P_K06, X2P_K07
K_K03 - is able to cooperate and work in a group, taking on different roles - T2P_K03, X2P_K02
K_K04 - can adequately define the priorities for implementation specified by themselves or other tasks - T2P_K04, X2P_K03
K_K05 - is aware of the importance and understands the non-technical aspects and effects of engineering activities, including its impact on the environment, and the associated responsibility for decisions - T2P_K02, X2P_K06
K_K06 - is aware of the social role of technical college graduate, and especially understands the need for the formulation and communication to the public, in particular through the mass media, information and opinions on the achievements of technology and other aspects of engineering activities; shall endeavor to provide such information and opinions in a manner commonly understood, with the reasons for the different points of view - T2P_K07
K_K07 - correctly identifies and resolves dilemmas related to the exercise of the profession - T2P_K05, X2P_K04
K_K08 - understands the need for a systematic review of the scientific and popular science journals, essential for the direction of applied mathematics - X2P_K05