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Software Engineering
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Summary of the Profile
General Description:
Objective(s) of a study programme:
To prepare a qualified specialist capable of identifying the needs of the organization, analyze information flows, design, program, test and implement programme systems, apply security solutions and independently improve qualification
Learning outcomes:
Knowledge and its application
1. To explain the concepts of fundamental sciences and programes systems, understand their content, relations and applied solutions related to possible future developments and trends in the field of computing
2. To explain the principles of algorithmisation, human-computer interaction, programming paradigms, languages and technologies, software life cycle stages, development and maintenance methods
3. To know fundamental business, legal and ethical norms and to implement them, ensuring the rights and responsibilities regulated in the activities of the informatics engineering specialist
4. To apply design, programming, communication and safety knowledge for developent and maintenance of programmes systems
5. To understand programmes systems engineering management, processes, models and methods and explain programmes systems specification, design, testing and documentation.
Ability to carry out research
6. To describe programmes systems used in an organization and identify the problem of the programmes system being developed or upgraded
7. To search for information and to prepare the necessary data and information for the solution of the problem addressed in the study field of programmes systems
8. To analyze data and information according to defined criteria and interpret the results obtained
9. To evaluate data and information and provide reasoned conclusions and optimal solutions for solving the problem of the programme system
Special abilities
10. To apply programme systems life cycle models, project management methods, standards and development tools when solving application programmes systems challenges
11. To reasonably select programmes systems development tools, appropriate methodologies and technologies for project creation, development and support
12. To simulate the needs and requirements, system features, restrictions on the programme systems product or service
13. To design programmes system architecture, components, user interface and testing applications in accordance with the programes system requirements.
14. To prepare documentation for the design, development, installation and support of the programmes system
15. To develop programmes system components using database management and programming tools
16. To realise and supervise the programme system in accordance with the standards in force
17. To evaluate and adapt data security solutions to the system that is being developed
18. To test and evaluate product quality, integration and system detail
Social skills
19. To communicate professionally with professionals on professional topics in national and foreign languages
20. To work in a specialist or interdisciplinary group following professional ethics, principles and rules of social responsibility
Personal abilities
21. To develop the ability of independent and lifelong learning
22. To work independently and take responsibility for own performance results
23. To creatively integrate the acquired knowledge and skills in solving the tasks of professional activities
Activities of teaching and learning:
Lectures, workshops, practical works, practical seminars, laboratory works, individual tasks, work in groups, etc.
Lecture, workshop, consultation, self-study task, team work, course paper and practice.
Methods of assessment of learning achievements:
Assessment is carried out during the whole semester and at the exam session. Ten-point criteria-based assessment system as well as cumulative assessment is applied. Outcomes of the study subject are evaluated through interim assessments during the semester (control tasks, written quizzes, examinations (theoretical and practical tasks), laboratory, individual works defense and etc.). The studies of every subject end with an examination or assessment of student's self-study work (project, course paper, practical activity evaluation, etc.). Student's knowledge and skills are assessed at the exam session only after student completes the assigned interim assessment tasks during the semester. Final assessment (mark) consists of marks for interim assessments and an examination mark. Its composition is calculated according to the ratios intended in the description of the subject.
Framework:
Study subjects (modules), practical training:
Scope the main part of study field subjects is 138 credits (including practices). Main studied subjects: Basics of Algorithmization and Formal Languages, Database Management Systems, User Interface Design, Programmes Systems Projects Management, SQL Programming, Object Oriented Programming, Programmes Systems Design, Programmes Systems Development, Programmes Systems Testing And Security, Applied Research Methodology, etc.
The total duration of practices is 20 weeks: SQL Programming (2 weeks), Programming Practice (6 weeks), Programmes Systems Development Practice (6 weeks), Graduation Practice (6 weeks)
Specializations:
Optional courses:
Subjects of General and Digital Competences Development (21 credits): Professional English Language / Professional German Language / Professional Russian Language; Philosophy of Technics / Sociology; Professional Ethics / Communication Psychology, Information Security and Law; Information Technology, Professional Language.
Deepening in the field (21 credits): Programming in PHP / Programming in JAVA / Programming in C #; PHP Frames / JAVA Frames / .NET Frames; Programming of Interactive Systems / Programming of Smart Devices / Network Programming
Distinctive features of a study programme:
Students can deepen their knowledge in one of the three alternatives presented for deepening in the field:
1) Internet programmes systems
2) Programmes systems on the local network of an organization
3) Programmes systems for smart devices
Access to professional activity or further study:
Access to professional activity:
The graduate after acquiring Professional Bachelor Degree of Computing will be able to work as a data analyst, project manager, database administrator, information systems analyst, activities processes analyst, tester, programmer.
Access to further study:
Upon completion of the study programme Software Engineering studies can be continued at universities in the study programmes of the group of computing study fields.
After completion of bridge courses or fulfilling other requirements of the accepting institution, access to the first cycle of university studies.
