Bachelor of Science in Electrical Engineering
Student enrollment and admission
Automation and electronics
Study plan and program
Electric power
Study plan and program
Computing and informatics
Study plan and program from 2014/2015
Study plan and program until 2014/2015
Telecommunications
Study plan and program
Data Science and Artificial Intelligence (DSAI)
Title of the title obtained upon completion of studies: Master / Master - Electrical Engineer, Department of Computer Science and Informatics
Main field of study: Computer Science and Informatics
Study cycle: Second cycle of studies (Master)
Minimum number of acquired ECTS: 120
Official duration of the study program: Four semesters / Two years
Enrollment requirements: Completed the first cycle of studies lasting at least 180 ECTS, entrance exam in selected areas of computer science, informatics and mathematics
Mode of study: Full-time
Official working language: Bosnian / Croatian / Serbian
Educational goals:
Master of Electrical Engineering - Bachelor of Electrical Engineering, Department of Computer Science and Informatics:
has extensive knowledge of computer algorithms used to process complex information and signals, modern computer architectures, with a focus on their application in solving complex problems in the field of computing and informatics; has a broad education in the field of computer science and software engineering, which enables him to develop and design complex systems; has the skills necessary to work as a computer and informatics engineer in the analysis, design and implementation of hardware and software of computer systems for various purposes; possesses knowledge, skills and competencies that enable continuing education and lifelong learning; has appropriate communication skills, is ready to work in teams with people from the same or other fields, and has a responsibility to the profession and society as a whole.
Learning outcomes:
Upon completion of the second cycle of studies, the student has the following knowledge, skills and competencies:
knowledge and understanding of modern topics in the field of computer science, which allow him to compare different approaches, choose solutions and decide on the design and implementation of complex systems; ability to formulate requirements in the design of complex systems, development of its components and wholes, planning development phases and organizing the process of system development; ability to analyze, identify and define requirements for relevant problems in the field of computer science and software engineering; ability to design and implement complex computer-based processes and components, including programming the necessary solutions; knowledge of the following areas of computer science and software engineering: database management systems, parallel computer architectures, image processing algorithms, complex problem area search, computer graphics and animation, artificial intelligence and bioinformatics, data mining, computer communications and computer security, advanced topics of software engineering and information systems; ability to select and apply appropriate engineering principles and mathematical and computer methods to problems in the field of computing and informatics; ability to identify, analyze and express problems in the field of computer science and software engineering that they did not encounter during schooling by applying the acquired engineering knowledge and broad specialist knowledge in computer science and software engineering, with the help of relevant literature they are able to find; ability to analyze, design and implement components of computer systems (programs, databases, hardware subsystems, etc.) using appropriate methods and techniques taking into account scientific, technical, social, environmental and economic conditions and standards; knowledge of standards and understanding of the impact that computer systems, their operation and maintenance have on the environment; understanding the need and achieving constant monitoring of the development of computer systems and learning new principles, techniques and technologies in all the above areas ability to work in various professional fields thanks to acquired general, specialist and methodological competencies; ability to communicate with colleagues and the public on issues and problems related to all areas of computer science and informatics; ability of individual and team work, organizing and implementing projects preparedness for industry or academy requirements when hired after graduation.
Study plan and program:
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