ZARZĄDZENIE REKTORA nr

AGH KE
SYLABUS MODUŁU (PRZEDMIOTU)
Kod
modułu
Nazwa
modułu
Information Technologies
Osoba odpowiedzialna za moduł
Dr inz. Bartosz Ziolko
Osoby prowadzące zajęcia
Dr inz. Bartosz Ziolko
Wydział
Kierunek
Electronics and Telecommunications
Specjalność
Profil
kształcenia
Strona internetowa
https://upel.agh.edu.pl/weaiie
Poziom kształcenia
(studiów)
Forma i tryb
prowadzenia studiów
I stopień
Stacjonarne
Semestr
1
Język prowadzenia zajęć
Opis efektów kształcenia dla modułu (przedmiotu)
numer
efektu
kształcenia
SYMBOL
(odniesienie do)
EKK
Student, który zaliczył moduł (przedmiot)
wie/umie/potrafi:
Sposób weryfikacji
efektów kształcenia
(forma zaliczeń)
1.
Is aware of importance and role of IT engineers in the
society and of ethical rules in academic and engineers
environment and has knowledge about copyrights and
patenting
2.
Has knowledge about rudiments of information
technologies
3.
Has knowledge and skills about using various types of
word processors and preparing a presentation
4.
Has basic knowledge about health and safety rules on the
campus and while working with a computer
K_W23, K_U26
Test
5.
Is able to search for information for self-education and
problem solving
K_U06, K_U05
Test and preparing a
presentation
K_K06, K_K03,
K_W24, K_U25
Test
K_W10, K_W18,
K_W20, K_U02
K_U03, K_U04,
K_U01, K_U05
Test
Preparing a
presentation and a
LaTeX document
Macierz efektów kształcenia dla modułu (przedmiotu) w odniesieniu do form zajęć
1.
Is aware of importance and role of IT engineers in the society
and of ethical rules in academic and engineers environment
and has knowledge about copyrights and patenting
Konsultacje i
samokształcenie
Zajęcia
seminaryjne
Zajęcia
praktyczne
Konwersatorium
Ćw. projektowe
Ćw. laborat.
Student, który zaliczył moduł (przedmiot)
wie/umie/potrafi:
Ćw. audyt.
numer
efektu
kształcenia
Wykład
Forma zajęć dydaktycznych
x
2.
Has knowledge about rudiments of information technologies
x
x
3.
Has knowledge and skills about using various types of word
processors and preparing a presentation
x
x
4.
Has basic knowledge about health and safety rules on the
campus and while working with a computer
Is able to search for information for self-education and
problem solving
x
5.
x
x
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AGH KE
Treść modułu (przedmiotu) kształcenia (program wykładów i pozostałych zajęć)
Classes in this module are lectures only (30 hours).
Lectures
1. Introduction to the aspects of information society and information technologies – 2
hours
The importance and role of IT engineers in society. Information Society. Fundamentals of health
and safety while working with a computer and on the campus. Copyrights and patents. Searching
for information in order to self-educate and problem solving. Ethical principles in the academic
community and among the engineers. Different types of word processors. The principles of good
multimedia presentation.
2. Introduction to information storage and processing – 4 hours
Fundamentals of information theory (bit, entropy, measure of information, byte and word). Basic
methods and formats of data in a computer (text, numbers, sounds and images, including colour
ones). Analogue, digital, discrete signals and their conversion. Sampling, quantization, Nyquist
frequency, spectrum, bandwidth, Shannon-Kotielnikov theory and aliasing. Number systems,
representations of real and negative numbers in computers. Fundamentals of the Boolean theory,
logic gates and De Morgan's laws.
3. Introduction to computer hardware - 4 hours
History and expectations of the development of electronic devices (such as Moore's law, the first
computing devices, the Turing machine, von Neumann architecture, the development of personal
computers). Computer memory types and their characteristics. Elements of a computer and its
peripherals.
4. Introduction to computational and programming techniques - 8 hours
Types of operating systems. Time efficiency of algorithms and methods for its measurement. Big O
notation. The types of problems complexity. Travelling salesman problem. Amdahl law. Issues of
parallelisation of calculations, super-linear speedup, flops. Supercomputers in Poland and
worldwide. Clusters, grids, clouds. The basic data structures. Types of databases. Basic principles of
designing user interfaces, including GUI. Different computing and programming environments.
Programming techniques (dynamic memory allocation, object-oriented programming, garbage
collector, code optimisation, testing, work with several computers, teamwork with one computer
and other agile methods). Procedures for the production system. Version control systems. Group
work in IT. Dining philosophers problem. Preparation and implementation schedules. Gantt charts.
Scrum.
5. Introduction to telecommunications, multimedia, human - computer interaction
and IT in finances - 8 hours
IT in stock markets (including Forex) and the analysis of rates and insurances (risk calculation).
CAD. Types of telecommunication networks and protocols (LAN, WAN, client-server, P2P, sharing
resources, Intranet, Extranet, Internet, www, http, ftp, ssh, VPN, ISDN, ADSL, mobile networks,
TDMA, FDMA, EDGE). Network and data security. Methods of hacking. E-commerce. Technology and
multimedia systems (development trends, MPEG, DCT, image coding, 3D video). Multi-microphone
systems. Principles of a successful human-computer interaction. Speech Technology. Touch screens.
RFID and GPS applications in HCI. EEG. Autonomous cars, the trends of HCI development.
6. Test and student presentations - 4 hours
Students will present own multimedia presentations on selected IT topics and will sit a test.
Sposób obliczania oceny końcowej
In order to obtain a positive grade, presence on the lectures is expected (20%), passing final test (50%),
preparing own document in LaTeX (10%) and a presentation (20%).
Wymagania wstępne i dodatkowe
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AGH KE
none
Zalecana literatura i pomoce naukowe
Google.com
Nakład pracy studenta (bilans punktów ECTS)
Forma nakładu pracy studenta
(udział w zajęciach, aktywność, przygotowanie sprawozdania, itp.)
Obciążenie studenta [h]
Participating in lectures
30h
Self-education by studying lecture topics
20h
Preparing a LaTeX document
3h
Preparing a presentation including searching for materials and
information
7h
Sumaryczne obciążenie pracą studenta
60h
Punkty ECTS za moduł
Uwagi
pola zacienione wypełnia osoba upoważniona przez dziekana, odpowiedzialna w skali wydziału za umieszczenie
poprawnych informacji dotyczących modułu
pola białe wypełnia nauczyciel akademicki odpowiedzialny za opis modułu
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