Databases

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Description of the scope of education - Databases

The most important and valuable resource in the 21st century, the period of information revolution, is data. Someone who has access to it and who can use it effectively, benefits from a better position and competitive advantage and also reduces the risk of wrong decisions and misguided investments. However, in order to achieve this goal, suitably qualified specialists – data engineers – are needed.

The objective of the Database study programme is to train future specialists who will design the architecture of analytical and reporting solutions, but also build and implement them. Thus, in the course curriculum you will find topics related to the design of relational, multidimensional, document-oriented and graph databases.

During the course we will discuss the principles of visualisation and preparation of data for the purpose and conduct of machine learning processes. Practical projects regarding applied artificial intelligence are an important focus.


What will you learn?

If you choose this study module, you will learn literally everything about modern databases. Therefore, we will teach you the administration and maintenance of database systems. We will explain you what data modelling is and how to create business data models. The explanation will be complemented by data analysis and visualisation. You will also become familiar with the latest trends related to artificial intelligence and machine learning.


Your educational pathway

  • Administration and Maintenance of Database Systems
  • Database Architectures
  • Basics of Data Transmission in Digital Networks
  • Complex Project
  • Data Analysis and Visualization
  • Application of Machine Learning Methods


Future job prospects

Data analysts and engineers are nowadays listed among the most sought-after specialists on the labour market. They can find employment in government organisations and companies in virtually any industry – wherever data sets are created and processed. Such specialists are particularly sought after by financial institutions, banks, insurers, telecommunications companies, and companies operating large wholesale and retail chains. They may also find interesting employment opportunities in IT sector companies, especially those conducting research and development projects and implementing modern, smart technologies.


1st year
  • English language/German language
  • Linear algebra with the elements of analytic geometry
  • Mathematical Analysis
  • Ergonomics/Health and safety in the IT specialist profession
  • Philosophy/Ethics of new technologies
  • Basics of computer science
  • Operating Systems
  • Algorithms and complexity
  • C and C++ programming
  • Theoretical foundations of computer science
  • Physics for IT Specialists
  • Probabilistic methods and statistics
  • Economics and Finance for Engineers
  • Business Plan for Engineering Projects
2nd year
  • Java Programming
  • Formal Languages and Compilers
  • Basics of databases
  • Basics of Electronics and Digital Systems with Elements of Metrology
  • Computer Networks
  • Graphics and Human-Computer Interaction
  • Discrete Mathematics
  • English/German Language
  • Work Experience I
  • Database Systems
  • Embedded systems and the internet of things
  • Computer Architectures
  • The Internet and its uses
  • Software Engineering
3rd Year
  • Copyright/Intellectual Property Protection
  • Concurrent and distributed programming
  • Computer Systems Security
  • Calculation Methods and Simulation
  • Artificial Intelligence and Expert Systems
  • Mobile Applications Development for Android
  • Scope of training
  • Work experience II
  • Diploma seminar
  • Software Engineering in Practise/Welcome to Artificial Intelligence/Computer Science and industry
  • Collective Artificial Intelligence
  • IT project management
4th Year
  • Thesis
  • Work experience III
  • Scope of training

 

number of installments – academic year

Year I – tuition fee total

installment amount

2nd year – tuition fee total

installment amount

3rd year – tuition fee total

installment amount

4th year – tuition fee total

installment amount

annual tuition

1

8800 PLN

8800 PLN

9800 PLN

9800 PLN

9800 PLN

9800 PLN

X

X

semester tuition

2

8800 PLN

4400 PLN

9800 PLN

4900 PLN

9800 PLN

4900 PLN

4900 PLN

4900 PLN

installment – 10 months

10

9100 PLN

910 PLN

10200 PLN

1020 PLN

10200 PLN

1020 PLN

5100 PLN

1020 PLN

installment – 12 months

12

9300 PLN

775 PLN

10380 PLN

865 PLN

10500 PLN

875 PLN

X

X


The reasons to study Computer Science at the WSZiB in Cracow

Real engineering studies

Real engineering studies

Different educational pathways

Different educational pathways

Certified teachers and practitioners

Certified teachers and practitioners

Unique study atmosphere

Unique study atmosphere

Well-equipped laboratories

Well-equipped laboratories

Curriculum

Curriculum

Flexible curriculum

Flexible curriculum

Azure Dev Tools for Teaching

Azure Dev Tools for Teaching

Proprietary web services

Proprietary web services

Studies without borders

Studies without borders


Are you interested in our offer?

Do not hesitate, choose WSZiB and take care of your future

Enroll

 or check out the Admissions Office


See also other scopes of training


Admissions office

Kraków

Admissions Office
al. Kijowska 14,
Office No. 105, 1st floor

tel. 012 635 68 05

Monday – Friday: 8:00 AM – 4:00 PM
Saturday: 9:00 AM – 2:00 PM                           Sunday: closed

+(48) 12 635 68 20
email:
rekrutacja@wszib.edu.pl

Payment office

+(48) 12 635 68 08

Monday – Friday: 8:00 AM – 4:00 PM
Saturday and Sunday: closed

Tuition Fees

See detailed fee information

It is also possible to pay in installments starting from the first semester.

Bank Account

Bank Ochrony Środowiska, Kraków Branch
26 1540 1115 2001 6001 2087 0004

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