PLAN STUDIÓW STACJONARNYCH I-go STOPNIA (inżynierskich) NA WYDZIALE ELETROTECHNII, AUTOMATYI I INFORMATYI na kierunku AUTOMATYA I ROBOTYA Obowiązuje dla 1-go roku studiów w roku akademickim 2015/2016 I Wymiar godzin Pkt od Nazwa przedmiotu Egz. ECTS W C L P S P Physics I E 2 1 5 P Mathematical analysis I 2 2 6 P Linear algebra and analytic E 2 2 7 geometry O Information technology 1 1 3 P Computer science I 2 2 6 OW Humanities and social course I 2 2 O OSH (Occupational Safety and 1 1 Health) and ergonomics RAZEM: 20 12 8 0 0 0 30 II P Mathematical analysis II E 1 1 3 P Computer science II E 2 2 5 P Probabilistic methods 1 1 3 P Physics II 1 1 3 Fundamentals of metrology 2 3 P Electrical engineering I E 3 2 1 7 P Geometry and engineering 2 1 3 graphics OW Humanities and social course II 2 3 RAZEM: 23 14 4 5 0 0 30 III OW Physical education 2 1 OW Foreign language 2 1 Electrical engineering II E 2 2 6 Fundamentals of mechanical 2 2 5 engineering Fundamentals of and 2 2 4 automatic control I Electromechanical transducers I 2 2 Electrical metrology E 2 2 5 Electronics I 2 2 Electrical materials science 2 2 4 RAZEM: 28 14 8 6 0 0 30
IV OW Foreign language 2 1 Electromechanical transducers II E 1 2 5 Electronics II E 2 2 1 6 Power electronics I 2 1 3 Fundamentals of and 1 2 4 automatic control II Transducers and measuring 2 1 3 systems Fundamentals of robotics I 2 1 4 Fundamentals of signals and 2 2 4 systems theory RAZEM: 26 12 4 9 1 0 30 V OW Foreign language 2 1 Microprocessor technology I 2 2 Power electronics II 2 1 Fundamentals of and E 2 2 5 automatic control III Fundamentals of robotics II E 2 2 5 Discrete process control 2 1 3 Continuous process control 1 1 2 W Selected course I 2 1 5 1. Modeling tools in automatic control 2. Advanced control systems Real-time systems 2 2 3 Computer simulation of robotic 2 2 3 systems RAZEM: 30 15 0 7 8 0 30
VI OW Foreign language E 2 2 W Selected course II E 2 2 6 1. Drive systems of manipulators and robots 2. Mobile robotics systems 3. Artificial intelligence in automatic control 4. Intelligent control systems Microprocessor technology II 2 1 1 W Selected course III 2 2 4 1. Internet technologies in 2. Web systems development for control system 3. Programmable systems in robotics 4. Microprocessor control systems W Selected course IV E 1 2 4 1. Data transmission systems in 2. Industrial computer networks in W Selected course V 1 1 3 1. Integrated management systems in 2. Decision support systems W Selected course VI E 2 2 6 1. Vision systems 2. Image analysis and processing systems Pre-diploma project 2 4 RAZEM: 24 8 0 9 7 0 30 VII O Copyright and business law 2 1 Computer systems for industrial 2 1 3 W Selected course VII E 2 2 7 1. Modern technologies in and robotics 2. Expert systems in 3. Digital signal processors in robot drive systems 4. Digital signal processors in robotics Diploma seminar 2 3 Diploma thesis 15 Professional practice 4 weeks 1 RAZEM: 11 6 0 0 3 2 30
Zestawienie W C L P S Ogółem godzin tygodniowo: 162 81 24 36 19 2 Ogółem godzin: 2430, w tym: W - 1215 Reszta (C,L,P,S): - 1215 Praca dyplomowa: 300 Praktyka zawodowa: 4 tyg. Punkty ECTS, razem: 210 ody przedmiotów: P-podstawowy O-ogólny -kierunkowy W-wybieralny
PLAN STUDIÓW NIESTACJONARNYCH I-go STOPNIA (inżynierskich) NA WYDZIALE ELETROTECHNII, AUTOMATYI I INFORMATYI na kierunku AUTOMATYA I ROBOTYA Obowiązuje dla 1-go roku studiów w roku akademickim 2015/2016 Wymiar godzin Punkty Sem. od Nazwa przedmiotu Egz. ECTS W C L P S P Linear algebra and analytic E 25 20 7 geometry I P Physics I 15 15 6 P Computer science I 15 10 6 OW Humanities and social course I 20 2 O Information technology 15 15 6 O OSH (Occupational Safety and 10 3 Health) and ergonomics RAZEM: 160 100 60 0 0 0 30 II OW Humanities and social course II 20 3 P Computer science II 15 20 5 P Mathematical analysis I E 25 20 6 P Fundamentals of probabilistic 20 10 4 methods P Physics II E 15 15 6 P Fundamentals of electrical E 20 10 6 engineering I RAZEM: 190 115 40 35 0 0 30 III OW Physical education 10 1 OW Foreign language 20 1 P Mathematical analysis II 15 10 3 Metrology 15 10 4 Fundamentals of electrical engineering II E 15 10 15 6 Fundamentals of mechanical engineering 15 10 4 Fundamentals of automatic control I E 20 20 7 Materials engineering 15 15 4 RAZEM: 215 95 60 60 0 0 30
IV OW Foreign language 20 1 Electromechanical transducers 10 20 3 Electronics 15 15 10 6 Fundamentals of automatic control II E 20 20 7 Fundamentals of robotics I 15 10 4 Signals and systems theory E 20 20 6 Transducers and measuring systems 10 10 3 RAZEM: 215 90 30 85 10 0 30 V OW Foreign language 20 1 Programmable systems in automatics 15 15 4 Power electronics 15 20 6 Microprocessor technology E 15 20 7 Fundamentals of robotics II E 20 20 7 Continuous process control 20 15 5 RAZEM: 195 85 0 95 15 0 30 VI OW Foreign language E 20 2 Computer science in 15 15 4 W Selected course I 15 15 5 1. Modeling tools in automatic control 2. Advanced control systems Real-time systems E 15 15 5 W Selected course II 10 10 4 1. Integrated management systems in 2. Decision support systems W Selected course III E 15 15 6 1. Industrial computer networks in 2. Data transmission in W Selected course IV 15 15 4 1. Vision systems 2. Image analysis and processing systems RAZEM: 190 85 0 60 45 0 30
VII Computer systems for industrial E 20 20 7 Computer simulation of robotic systems E 30 20 7 W Selected course V 15 20 5 1. Drive systems of manipulators and robots 2. Mobile robotics systems 3. Artificial intelligence in automatic control 4. Intelligent control systems W Selected course VI 15 20 6 1. Internet technologies in 2. Web systems development for control system 3. Programmable systems in robotics 4. Microprocessor control systems Pre-diploma project 20 5 RAZEM: 180 80 0 40 60 0 30 VIII O Copyright and computer law 15 1 W Selected course VII 20 20 6 1. Digital signal processors in robot drive systems 2. Digital signal processors in robotics W Selected course VIII 20 20 5 1. Expert systems in 2. Expert and hybrid systems Diploma seminar 20 2 Professional practice 1 Diploma thesis 15 RAZEM: 115 55 0 20 20 20 30 Zestawienie: W C L P S Ogółem godzin: 705 190 395 150 20 Ogółem godzin: 1460, w tym: W 705, C, L, P, S 755 Praca dyplomowa: 300 Punkty ECTS razem : 240
ody przedmiotów: P-podstawowy O-ogólny -kierunkowy W-wybieralny