BA/BS in Digital technologies and cyber security

General Description: Objective(s) of a study programme: To prepare computer science engineering specialists who are able to develop, implement, evaluate, operate and improve advanced digital technology solutions, applying computer science engineering methods, with special attention to cybersecurity, the application of intelligent and automated systems, in order to ensure a secure and efficient IT infrastructure in various professional contexts. Learning outcomes: Will be able to consistently explain the basic concepts of digital technologies, cybersecurity, programming, artificial intelligence and information systems, mathematical methods, other theories related to digital technologies and their practical application. Will be able to consistently explain the logic of solving computer science engineering problems, cybersecurity solutions at various levels of abstraction, principles of algorithm development and analysis, programming paradigms, technologies, human-computer interaction and the software life cycle. Will be able to consistently explain the technologies for creating modern digital systems and their components and their application in solving computer science engineering and cybersecurity problems. Will be able to consistently explain the ethical, legal, cybersecurity and data protection aspects related to the safe and appropriate use of digital technologies in various professional contexts. Will be able to apply computer science engineering and cybersecurity knowledge to create safe, ethically based and relevant digital technology solutions that meet the needs of professional activity. Will be able to describe a scientific research problem or a professional challenge in the fields of digital technologies and cybersecurity. Will be able to prepare information and data necessary for the development and improvement of digital technologies or cybersecurity solutions. Will be able to analyze data and solutions related to the application of digital technologies and ensuring cybersecurity, based on relevant assessment criteria. Will be able to critically evaluate the data collected during the research and the solutions created, taking into account the specifics of digital technologies and cybersecurity. Will be able to apply computer science engineering analysis, design, programming, testing and safety assurance methods to solve problems in various areas of professional activity. Will be able to select appropriate software and hardware for the development and improvement of digital technologies and cybersecurity solutions. Will be able to apply digital technology design, development, quality assurance, testing, risk and project management methodologies and standards when developing or improving digital technologies and cybersecurity solutions. Will be able to assess the performance, reliability and cyber resilience of digital technology solutions based on technological, security and ethical criteria. Will be able to implement the support and development of digital technology systems, ensuring safe and reliable operation of the systems. Will be able to methodically prepare a specification, project or other documentation that meets the standards of digital technologies and cybersecurity, necessary for the analysis, creation or improvement of a digital technology product or service. Will be able to communicate professionally in the state and at least one foreign language with various audiences in the context of digital technologies and cybersecurity. Will be able to work effectively in teams, adhering to the principles of professional ethics, social responsibility and cybersecurity in various professional and cultural contexts. Will be able to learn systematically and independently, aiming for professional development in the fields of computer science engineering and cybersecurity. Will be able to work independently, responsibly and proactively in the field of digital technologies and cybersecurity, taking personal responsibility for the quality and safety of work. Will be able to creatively apply innovations in solving professional tasks, developing, applying and improving digital technology and cybersecurity solutions. Teaching and learning activities: Independent learning, project work, presentation preparation, teamwork, case studies, problem-based learning, role-playing, simulations, brainstorming, concept maps, group discussions, debates, essays, literature analysis, traditional lectures, presentations, seminars, problem-solving, case studies, problem-based learning, use of special software packages, experimentation, etc. Methods of assessment of study results: Cumulative assessment, examinations, written assignments, presentation of individual work, control work, mid-term reports, essays, assessment of seminar participation, preparation and evaluation of reports, presentation of reasoned conclusions and recommendations. Framework: Study subjects Students study the following subjects (modules): Cyber security fundamentals, Programming fundamentals, Higher mathematics, Discrete mathematics, Object-oriented programming, Computer graphics, Computer architecture, Information systems and databases, Digital signal processing, Multimedia, virtual and augmented reality, Distributed systems and cloud computing, Drone technology, System testing and quality assurance, Web development technologies, Human-computer interaction, Robotics, Computer networks and security, Software engineering, Electrical engineering, Embedded systems, Cyber security and cryptography, Geographical information systems, Practical training, Final thesis. Specializations: - Optional courses: The programme includes free electives to meet students' personal, professional and study personalisation needs. Distinctive features of a study programme: The study grid in the Digital Technologies and Cyber Security study programme allows students to gain a broad understanding of various areas of computer science, as well as the latest technologies and emerging cyber threats. The programme provides a comprehensive knowledge of the design, programming, use, cybersecurity and development of IT start-ups in modern digital technologies such as machine learning, robotics, cloud computing, drone technology, mutimedia and virtual reality. The studies enable independent problem solving in a wide range of computer science problems, and independent specialisation in desired fields. Practical training and internships bridge the gap between theoretical knowledge and practical skills, so that upon successful completion of their studies, students can immediately start working as IT professionals in a variety of business, private or public organisations with minimal additional training. Access to professional activity or further study: Access to professional activity: A Bachelor's degree in Computer Science can lead to careers as IT specialists, project managers, digital technology and cyber security specialists and solution developers in a wide range of corporate, private or public organisations, or to set up their own IT business. Access to further study: After completing the Bachelor's degree program in Digital Technologies and Cyber security, studies can be continued in the Master's degree program in Informatics and other fields in Lithuania and abroad.