study programme

Information Technology and Artificial Inteligence

Original title in Czech: Informační technologie a umělá inteligenceFaculty: FITAbbreviation: MITAIAcad. year: 2019/2020

Type of study programme: Master's

Study programme code: N0619A140001

Degree awarded: Ing.

Language of instruction: Czech

Accreditation: 25.6.2019 - 25.6.2029

Profile of the programme

Academically oriented

Mode of study

Full-time study

Standard study length

2 years

Programme supervisor

Degree Programme Board

Fields of education

Area Topic Share [%]
100

Study aims

The follow-up Master's degree programme Information Technology and Artificial Intelligence develops and deepens the knowledge and skills acquired at the bachelor's level of Information Technology studies. It develops especially the ability to analyze problems (also by formal means) and the ability to find creative solutions both independently and in team management. At the same time, it broadens and deepens knowledge for general information technologies (possibilities and limits of classical informatics, computability, complexity, parallelization and communication, modern architectures of computer systems, various paradigms of programming, data handling, implementation and evaluation of experiments) and at the same time it offers the possibility to deepen a certain direction of information technology by means of specializations so that the graduate can become an expert in this direction after complementing experience. The program also aims to give graduates the ability to smooth lifelong learning and adapt to trends in a very progressively developing and dynamically changing field of information technology.

Graduate profile

The graduate of the follow-up study program Information Technology and Artificial Intelligence has a broad view of the field of information technology with an understanding of the limits of possibilities. His expertise covers machine architectures currently used in information technology, various paradigms of programming such machines, processing and data intensive technologies, and technologies used to implement artificial intelligence. Further specific knowledge deepens in the chosen direction according to the selected specialization. The graduate is able to perform critical analysis of problems in this area, has the ability to propose effective solutions to such problems. Thanks to his deep knowledge of the tools and procedures used today, he is also able to implement these solutions. He/she is able to use some of the research methods to obtain new information. A broad theoretical basis allows it to easily adapt to area development and flexibility in the labor market, giving the ability to make independent decisions in a changing environment and the ability to formulate assignments for professional activities, coordinate them and take responsibility for their results.

In practice, the graduate will work as an independent creative worker in the field of information technology, ie in positions focused on development and testing of applications of various IT directions, information systems and their security, intelligent systems and devices, computer and embedded systems, cyberphysical systems, networks and communication, graphics, multimedia, and user interfaces of information technology, and also works as a team leader.

Profession characteristics

Nearly 100 % of FIT graduates can easily find a job these days. Even back in 2015, the average unemployment period was less than a month and according to the development at the labour market over the last couple years, we can expect that period to be significantly shorter these days. The interest in FIT graduates is further reflected by the fact that they take part in training practice during their studies.

Master study programme graduates find jobs in both small and medium firms as well as large companies. The employers are residential (39 %) and foreign (43 %) companies, that are usually dedicated to software and hardware development. FIT graduates employed by these companies are mostly regular employees (84 %), but a significant portion of them (15.2 %) also work in low-level to middle-level management and some of them (0.8 %) even in top-level management. FIT graduates show the highest satisfaction when it comes to their employment and salary.

Graduates are usually members of national and international development teams, that apply their knowledge in development of computer systems and applications, database and information systems, mobile and web applications, digital systems etc. Other jobs include positions such as computer systems installation technicians, network administrators or applications programmers. Graduates often start their businesses focused on development of mobile applications, database and information systems or web applications. They can find jobs also as secondary education teachers of information technology or as qualified entrepreneurs in the field of computing.

The qualities of FIT graduates that employers value the most are good basic theoretical knowledge, considerable practical capabilities, ability to work in team and high adaptability to specific workplace conditions.

Fulfilment criteria

The basic teaching module of the study plan is a one-semester course. Courses are divided into compulsory (the student must complete courses in the composition prescribed by the study plan of the study programme and its specialization of his/her choice) and elective courses. Each course is awarded with a certain number of credits. Obtaining at least 120 credits (including credits for required compulsory courses) entitles the student to take the final state examination, which consists of an oral part (technical debate) and defense of the thesis. Passing both parts of the final state examination is a prerequisite for the successful completion of the study programme and for the qualification of an engineer.

Study plan creation

The compulsory courses are composed in a way to build prerequisites for the successor courses. Optional courses are offered after compulsory courses which prepare for them the theoretical background.

Availability for the disabled

Brno university of technology provides studies for persons with health disabilities according to section 21 par. 1 e) of the Act no. 111/1998, about universities and about the change and supplementing other laws (Higher Education Act) as amended, and according to the requirements in this field arising from Government Regulation No. 274/2016 Coll., on standards for accreditation in higher education, provides services for study applicants and students with specific needs within the scope and in form corresponding with the specification stated in Annex III to Rules for allocation of a financial contribution and funding for public universities by the Ministry of Education, Youth and Sports, specifying financing additional costs of studies for students with specific needs.

Services for students with specific needs at BUT are carried out through the activities of specialized workplace - Alfons counselling center, which is a part of BUT Lifelong Learning Institute - Student counselling section.

Counselling center activities and rules for making studies accessible are guaranteed by the university through a valid Rector's directive 11/2017 concerning the status of study applicants and students with specific needs at BUT. This internal standard guarantees minimal stadards of provided services.
Services of the counselling center are offered to all study applicants and students with any and all types of health disabilities stated in the Methodological standard of the Ministry of Education, Youth and Sports.

What degree programme types may have preceded

Graduates can continue their studies in the doctoral study programme at FIT BUT or related doctoral degree programmes at
other universities.

Specialization

Year Specialization Course structure diagram with credits
no. Abbr. Title (specialisation) Com. Opt. Tot.
 
 Com.  
 
 Opt.
anyNADEApplication Development342660
anyNBIOBioinformatics and Biocomputing243660
anyNGRIComputer Graphics and Interaction342660
anyNNETComputer Networks342660
anyNVIZComputer Vision342660
anyNCPSCyberphysical Systems342660
anyNSECCybersecurity441660
anyNEMBEmbedded Systems441660
anyNHPCHigh Performance Computing293160
anyNISDInformation Systems and Databases95160
anyNIDEIntelligent Devices293160
anyNISYIntelligent Systems342660
anyNMALMachine Learning352560
anyNMATMathematical Methods491160
anyNSENSoftware Engineering342660
anyNVERSoftware Verification and Testing491160
anyNSPESound, Speech and Natural Language Processing392160
1NADEApplication Development382260
1NBIOBioinformatics and Biocomputing461460
1NGRIComputer Graphics and Interaction332760
1NNETComputer Networks382260
1NVIZComputer Vision382260
1NCPSCyberphysical Systems382260
1NSECCybersecurity233760
1NEMBEmbedded Systems233760
1NHPCHigh Performance Computing431760
1NISDInformation Systems and Databases481260
1NIDEIntelligent Devices431760
1NISYIntelligent Systems332760
1NMALMachine Learning382260
1NMATMathematical Methods233760
1NSENSoftware Engineering382260
1NVERSoftware Verification and Testing233760
1NSPESound, Speech and Natural Language Processing382260
2NADEApplication Development184260
2NBIOBioinformatics and Biocomputing223860
2NGRIComputer Graphics and Interaction233760
2NNETComputer Networks184260
2NVIZComputer Vision184260
2NCPSCyberphysical Systems184260
2NSECCybersecurity233760
2NEMBEmbedded Systems233760
2NHPCHigh Performance Computing184260
2NISDInformation Systems and Databases332760
2NIDEIntelligent Devices184260
2NISYIntelligent Systems233760
2NMALMachine Learning184260
2NMATMathematical Methods184260
2NSENSoftware Engineering184260
2NVERSoftware Verification and Testing184260
2NSPESound, Speech and Natural Language Processing184260