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ECTS Catalogue FACULTY OF ELECTRICAL ENGINEERING AND COMPUTER SCIENCE - LUBLIN UNIVERSITY OF TECHNOLOGY - PL LUBLIN03 Courses available at the Faculty of Electrical Engineering and Computer Science 2019/2020 Advanced Energy Sources ........................................................... 3 Digital signal processing ............................................................ 22 Algebra ....................................................................................... 4 Discrete mathematics ............................................................... 23 Applications of optoelectronics ................................................... 5 Electrical Machines ................................................................... 24 Automatics and Automatic Control 1 .......................................... 6 Electromagnetic Field Theory 1 ................................................. 25 Automatics and Automatic Control 2 .......................................... 7 Electromagnetic Field Theory 2 ................................................. 26 C# Mobile Programming ............................................................. 8 Electronic circuits ...................................................................... 27 C programming ........................................................................... 9 Electronics fundamentals.......................................................... 28 Calculus 1 .................................................................................. 10 Fundamentals of metrology ...................................................... 29 Calculus 2 .................................................................................. 11 Fundamentals of Optoelectronics ............................................. 30 Circuit Theory part 1 ................................................................. 12 Fundamentals of Physics ........................................................... 31 Circuit Theory part 2 ................................................................. 13 Human-Computer Interaction ................................................... 32 Computer architecture.............................................................. 14 Internet of things – fundamentals ............................................ 33 Computer graphics fundamentals ............................................. 15 Introduction to telecommunications ........................................ 34 Computer graphics for mobile applications .............................. 16 IP networks ............................................................................... 35 Computer networks .................................................................. 17 Linux daemon programming ..................................................... 36 Computer systems security ....................................................... 18 Mathematical methods in electrical engineering ...................... 37 Cost and quality management .................................................. 19 Matlab programming ................................................................ 38 Data warehousing and business intelligence ............................. 20 Advanced Matlab programming ............................................... 39 Databases fundamentals ........................................................... 21 Microprocessor technology fundamentals................................ 40 1 FACULTY OF ELECTRICAL ENGINEERING AND COMPUTER SCIENCE - LUBLIN UNIVERSITY OF TECHNOLOGY - PL LUBLIN03 Mobile operating systems fundamentals .................................. 41 Sustainability and Environment ................................................ 61 Mobile Business Intelligence Systems ....................................... 42 System dynamics ...................................................................... 62 Mobile databases ...................................................................... 43 User experience ........................................................................ 63 Nuclear Physics and Nuclear Power Engineering ....................... 44 Web application development .................................................. 64 Numerical methods................................................................... 45 Web programming in PHP......................................................... 65 Object programming in C++ ...................................................... 46 Objective-C Programming ......................................................... 47 REMARKS: Parallel and distributed programming....................................... 48 1. Duration of all courses is 1 semester. PLC Controllers .......................................................................... 49 2. Semester: winter and/or summer means that the same course Power electronics ..................................................................... 50 repeats in winter and summer semester. Otherwise in the indicated Power generation ..................................................................... 51 semester ONLY. 3. The applying student can select up to 32 ECTS per semester. Power System Analysis .............................................................. 52 4. Up to 33% of subjects specified in Learning Agreement (LA) can be Probability and statistics ........................................................... 53 subjects offered by the other faculties of the Lublin University of Preparation of Scientific Publications ........................................ 54 Technology. 5. Upon arrival the student is entitled to change up to 33% of subjects Programming in JAVA ................................................................ 55 listed in his/her Learning Agreement (LA). The “During the mobility” Python Programming ................................................................ 56 form must be delivered to the Coordinator no later than 14 days Software engineering ................................................................ 57 after the organizational meeting. 6. When the number of students applying for a course is less than Software final project ............................................................... 58 specified in the catalogue, the faculty will have the right to cancel Software project management ................................................. 59 the course. In this case the student should amend his/her Learning Agreement. Stochastic processes in engineering systems ............................ 60 Last update: 2019-04-20 2 FACULTY OF ELECTRICAL ENGINEERING AND COMPUTER SCIENCE – LUBLIN UNIVERSITY OF TECHNOLOGY – PL LUBLIN03 COURSE CODE: E001 Advanced Energy Sources FACULTY: Electrical Engineering and Computer Science CLASS TYPE: lecture NUMBER OF HOURS: 30 ECTS: 5 SEMESTER: winter CLASS LEVEL: I LANGUAGE OF INSTRUCTION: English MINIMAL NUMBER OF STUDENTS: 5 PRELIMINARY REQUIREMENTS: basics of chemistry and physics CONTENTS: Introduction of the laboratory and subject. Energy resources- general evaluation, Energy from non-renewable resources: coal, petroleum, natural gas, methane hydrates. Nuclear Energy: fusion, fission. Energy from renewables: geothermal energy. Hydropower. Solar energy. Wind energy. Solar and wind architecture. Energy from biomass, biofuels. Hydrogen fuel cells, batteries, energy efficient devices, electrical grid. EFFECTS OF EDUCATION PROCESS: Students will gain basic knowledge about generation of energy from variety of resources. Simple problems related to availability of resources, efficiency, economical, societal and ecological aspects of energy generation will be analysed. LITERATURE: 1. Ghosh, M. Prelas “Energy Resources and Systems: Volume 2: Renewable Resources”, [ED:] R. Rugescu “Solar power” TEACHING METHODS: Lecture ASSESSMENT METHODS: Activity in the class, oral presentation, panel presentation, report and attendance. TEACHER: Joanna Pawłat, [email protected] 3 LIST OF COURSES FACULTY OF ELECTRICAL ENGINEERING AND COMPUTER SCIENCE – LUBLIN UNIVERSITY OF TECHNOLOGY – PL LUBLIN03 COURSE CODE: E003 Algebra FACULTY: Electrical Engineering and Computer Science CLASS TYPE: lecture and discussion NUMBER OF HOURS: 30 ECTS: 5 SEMESTER: winter or summer CLASS LEVEL: I LANGUAGE OF INSTRUCTION: English MINIMAL NUMBER OF STUDENTS: 5 PRELIMINARY REQUIREMENTS: Essentials of high school algebra and trigonometry CONTENTS: Complex numbers. Definition and properties of complex numbers, geometric interpretation, polar representation, exponential form, DeMoivre theorem, roots of complex numbers. Polynomials. Definition and properties, divisibility, roots of polynomials, the fundamental theorem of algebra, partial fraction decomposition. Matrices and determinants. Definition of a matrix, addition and multiplication of matrices, determinants and its properties, Laplace expansion, inverse matrix. Systems of linear equations. Definitions, Cramer’s theorem, method of matrix inversion, the rank of a matrix, fundamental theorem for systems of linear equations, Gaussian –Jordan elimination. Analytical geometry. The algebra of vectors, products of vectors, equations of straight lines and planes in Euclidean space. Eigenvalues and eigenvectors. Similar matrices, the characteristic polynomial, Cayley –Hamilton theorem, diagonalization theorem Conic sections. Definition and properties of a circle, ellipse, parabola and hyperbola. EFFECTS OF EDUCATION PROCESS: The purpose of this course is to introduce students to ideas and techniques from linear algebra. This course teaches students understanding basic concepts
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