EDUCATION OUTCOMES ELECTRONICS FACULTY: 2nd level, magister inżynier EDUCATION LEVEL: Full-time FORM OF STUDIES: General academic PROFILE: English

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1 EDUCATION OUTCOMES FACULTY: ELECTRONICS MAIN FIELD OF STUDY: TELECOMMUNICATIONS EDUCATION LEVEL: 2nd level, magister inżynier FORM OF STUDIES: Full-time PROFILE: General academic LANGUAGE OF STUDY: English SPECJLIZATION: TMT Modern Telecommunications

2 KIERUNKOWE EFEKTY KSZTAŁCENIA Wydział: ELEKTRONIKA Kierunek studiów: TELEKOMUNIKACJA (TEL) Stopień studiów: II Efekty kształcenia na II stopniu studiów dla kierunku TEL OPIS KIERUNKOWYCH EFEKTÓW KSZTAŁCENIA Po zakończeniu studiów II stopnia na kierunku TELEKOMUNIKACJA absolwent: WIEDZA K2TEL_W01 It has a broader and deeper knowledge of selected fields of mathematics necessary to understand the issues in the field of telecommunications. K2TEL_W02 It has a broader and deeper knowledge of the physics necessary to understand the physical phenomena telecommunications K2TEL_W03 It has the basic knowledge necessary to understand the social functions of communication in the business of research and engineering. K2TEL_W04 To-date knowledge on developments and the most important new developments in the field of telecommunications. K2TEL_W05 He knows the modeling methods of optimization problems relating to the cases with restrictions and without restrictions, known analytical and numerical methods for solving optimization problems K2TEL_W06 He has knowledge of the basics of numerical methods in technical sciences. He knows the advantages and disadvantages of the basic algorithms and is able to select the right algorithm for the analysis of the problem. K2TEL_W07 He has knowledge of optical networking, telecommunications and sensing. Knows the structure of optical networks, including fiber optic components constituting the network elements, such as fiber lasers and amplifiers, couplers, filters, commutators, isolators and circulators. K2TEL_W08 He has knowledge of the basics techniques involving high frequency wave propagation in transmission lines, knowledge of the parameters and the structure and field of peripheral transmission lines composed of passive components and semiconductors. K2TEL_W09 He has knowledge of the network topology of Ethernet switches with VLAN. You know the typical protocols used in wide area networks WAN and LAN attachment methods Odniesienie efektów kształcenia dla obszaru nauk technicznych (T) T2A_W08 T2A_W05 T2A_W09 T2A_W10 T2A_W11 T2A_W03

3 for the ISP. K2TEL_W10 He has knowledge of algorithms and methods for information compression used in multimedia systems and wireless communications. K2TEL_W11 He has expertise in embedded systems, comprising the construction and operation of microprocessor systems, computer control systems and PLC. UMIEJĘTNOŚCI K2TEL_U01 It can be used optimization method in practice, can design and make computer applications for tasks requiring the use of practical methods and optimization algorithms K2TEL_U02 It can build a simple version of optical networks for telecommunications and sensing, choose the appropriate network elements, because of their characteristics and to determine the cost of constructing such a network. K2TEL_U03 Able to plan and perform basic measurements of quantities describing the parameters of the transmission line and the high frequency. K2TEL_U04 It can create applications for Android, including support for communication with peripherals and mobile devices to design and implement their own user interfaces. K2TEL_U05 Can configure Ethernet switch with VLAN technology and connect it to the router and configure the routing between VLANs, connect the router to the network edge and WAN ISP. K2TEL_U06 It can lead to off-line experiments on speech signals, sound and images of static and dynamic data rate is forced to calculate the compression algorithms. K2TEL_U07 He can design a complete microprocessor-based embedded system, use the typical external components and programming with the help of high-level language. K2TEL_U08 K2TEL_U09 K2TEL_U10 It can refer only individual phase of the thesis, prepare a presentation with the final results of work substantiate findings and conclusions. He knows the rules of creative discussion. Rozumie obcojęzyczne teksty ze swojej dyscypliny, np. dokumentację biznesową i techniczną; potrafi pozyskiwać z różnych źródeł niezbędne informacje w języku obcym, dokonuje ich interpretacji i krytycznej oceny; dysponuje odpowiednimi dla języka specjalistycznego środkami językowymi, aby skutecznie porozumiewać się w środowisku zawodowym Fiction understand texts in your discipline, such as business and technical documents, can acquire a variety of sources necessary information in a foreign language, it shall interpret and critically evaluate and has specialized language appropriate to the linguistic resources to communicate effectively in a professional environment.socjokulturową. T2A_W02 T2A_U09 T2A_U14 T2A_U07 T2A_U09 T2A_U14, T2A_U02, T2A_U04, T2A_U05, T2A_U02 T2A_U03 T2A_U06 T2A_U03

4 K2TEL_U11 K2TEL_K01 K2TEL_K02 Can independently accomplish diploma thesis contains aspects of research, including: able to obtain information from literature, databases and other sources, integrate them, make them interpret and critically evaluate able to plan and carry out experiments, including measurements and computer simulations to interpret the results and draw conclusions can be used to formulate and solve problems of analytical methods, simulation and experimental can formulate and test hypotheses related to the research questions able to integrate knowledge from different fields and disciplines, and apply a systems approach, taking into account the non-technical aspects can evaluate the usefulness and the usability of new developments (techniques and technologies) in a discipline represented can suggest improvements / improvement of existing technologies able to interpret the obtained results, draw appropriate conclusions and formulate recommendations can compose a thesis in accordance with the formal requirements KOMPETENCJE Think and act in a creative way. Able to prioritize appropriately to fulfill the given task He knows the rules of group work and managing a small team taking responsibility for the results of his work. Is aware of the social impact of engineering activities and related accountability for the decisions. He understands the need to provide public information and opinions on the achievements of technology and other aspects of a technical college graduate. Understand the role of the mass media. T2A_U03 T2A_U09 T2A_U10 T2A_U11 T2A_U12 T2A_U15 T2A_U16 T2A_U18 T2A_K04 T2A_K06 T2A_K07 T2A_K01 T2A_K02 T2A_K03 T2A_K05 T2A_K08

5 EFEKTY KSZTAŁCENIA DLA SPECJALNOŚCI Wydział: ELEKTRONIKA Kierunek studiów TELEKOMUNIKACJA (TEL) Stopień studiów: II Specjalność: MODERN TELECOMMUNICATIONS (TMT) Efekty kształcenia na II stopniu studiów dla specjalności: TMT S2TMT_W01 S2TMT_W02 S2TMT_W03 S2TMT_W04 S2TMT_W05 S2TMT_W06 ETEU126 S2TMT_W07 S2TMT_U01 OPIS KIERUNKOWYCH EFEKTÓW KSZTAŁCENIA Po zakończeniu studiów II stopnia na kierunku TELEKOMUNIKACJA w ramach specjalności absolwent: WIEDZA He has knowledge of the basic structures and photonic network elements: communication, sensing and medical applications. He can explain the physical phenomena underlying the operation of photonic components and their possible applications in communication systems and measurements. He has detailed knowledge related to the organization of networks providing multimedia services, legal issues and standards and technical standards in the provision and delivery of services in this class and is able to describe the various elements of the media. He has knowledge of subsequent generations and versions of mobile networks including their structure, governance, transmission techniques, protocols. It is able to describe the elements of architecture and their functions. He knows the methods and security mechanisms in computer networks, security access, filtering and encryption of content. He has knowledge of authentication and encryption methods, detection and prevention of attacks. Ma ogólną wiedzę dotyczącą inżynierii ruchu oraz problemów sterowania ruchem telekomunikacyjnym. Zna podstawowe pojęcia związane z przeciążeniami w sieciach oraz sterowania przepływem. It has a general knowledge of traffic engineering and traffic control problems telecommunications. He knows the basic concepts related to congestion in the network and flow control. Being able to evaluate the broadband high-speed broadband telecommunication technology platforms, prepare and carry out research in the field of telecommunications and terahertz spectroscopy. UMIEJĘTNOŚCI It can build photonic networks for a variety of applications and explain physical phenomena occurring in photonic Odniesienie efektów kształcenia dla obszaru nauk technicznyc h (T) T2A_W07 T2A_W06

6 S2TMT_U02 S2TMT_U03 S2TMT_U04 S2TMT_U05 S2TMT_U06 S2TMT_U07 components. It can analyze parameters influencing the organization of service multimedia networks, network architecture and design of multimedia systems, and to outline the functionality of each component of multimedia networks. t can analyze parameters influencing the organization of service multimedia networks, network architecture and design of multimedia systems, and to outline the functionality of each component of multimedia networks. Able to configure and run the security mechanisms on routers, tunnels encrypted and IDS mechanisms. He can use a simulation environment to analyze the physical telecommunications network and perform simple simulations. Able to build digital communication receivers and match demodulation algorithms, estimation and detection of the model for the transmission. It can verify and place to implement the developed model digital receiver. He can prepare a presentation on terahertz techniques, use of technical literature and correctly formulate the thesis research. KOMPETENCJE T2A_U04 T2A_U10 T2A_U17 T2A_U04