| Higher Education College Study Programme | SMART DEVICE TECHNOLOGY |
| State Code | 653E10005 |
| Study Area | Technological Sciences |
| Study Field | Informatics Engineering |
| Mode and Duration | Full-time studies – 3.5 years Study plan Part-time studies – 4.5 years |
| Volume | 210 (ECTS) credits |
| Qualification Degree Awarded | Professional Bachelor of Informatics Engineering |
| Minimum Admission Requirements | Secondary education |
| Completion of Studies | Preparation and defence of a final project |
Learning Aim:
to prepare specialists who are able to organise individual and team work in software development, analyse smart device software market and apply business models, design smart device software and develop smart device software.
Acquired Skills:
graduates will be able to:
- solve problems of smart device software design, development and usage;
- apply various methods, techniques and tools for smart device software development;
- design websites, multimedia entertainment applications for smart devices;
- test and evaluate smart device software;
- prepare technical and user documentation;
- apply different business models selling smart device software;
- work in a team; independently make decisions;
- be responsible for activity results and seek professional development.
Learning Outcomes:
- to be able to communicate in official and foreign languages, work in multicultural environment;
- to be able to professionally formulate and reason arguments, considering market conditions and social, scientific, ethical aspects;
- to be able to organize individual work and teamwork solving engineering problems;
- to be able to apply various methodics developing software for smart devices;
- to be able to evaluate the need for software for smart devices;
- to be able to apply software integration principles designing software for smart devices;
- to be able to enhance the system adapting it to smart devices;
- to be able to design and apply graphical user interface best practices designing the interface of software for smart devices;
- to be able to use different software for smart devices development tools;
- to be able to develop multithreaded, multimedia software for smart devices;
- to be able to develop hybrid applications for smart devices;
- to be able to test, evaluate and publish software for smart devices and prepare its technical and user documentation;
- to be able to use version control and code repository tools;
- to be able to create secure data transferring and storage solution.
Career Prospects:
graduates will be able to work independently, and in companies that develop software for Android and iOS, as well as design websites tailored for mobile devices. Gained programming knowledge and skills will allow them to adapt to emerging or leading platforms and technologies. They will be able to independently develop smart device software business – analyse the market needs, design and implement software, as well as distribute it in global markets within Apple, Google and other companies’ app stores.
Study Plan
SMART DEVICE TECHNOLOGY
Full-time studies
| Semester | Module | Credits (ECTS) | Final evaluation form* |
| First year | |||
| 1 | Exact Sciences | 15 | E |
| 1 | Smart Devices | 10 | E |
| Total 1 semester: | 25 | ||
| 2 | General Subjects | 15 | E |
| 2 | Fundamentals of Informatics | 10 | E |
| 2 | First Technological Practice | 10 | Ss (P) |
| Total 2 semester: | 35 | ||
| Total first year: | 60 | ||
| Second year | |||
| 3 | Object-Oriented Programming | 10 | E |
| 3 | Smart Device Architecture | 15 | E |
| Total 3 semester: | 25 | ||
| 4 | Object-Oriented Programming | 10 | E |
| 4 | Internet Technology | 15 | E |
| 4 | Second Technological Practice | 10 | Ss (P) |
| Total 4 semester: | 35 | ||
| Total second year: | 60 | ||
| Third year | |||
| 5 | Programming Smart Devices | 15 | E |
| 5 | Optional Module | 10 | E |
| Total 5 semester: | 25 | ||
| 6 | Programming Smart Devices | 15 | E |
| 6 | Software Engineering | 10 | E |
| 6 | Professional Practice | 10 | Ss (P) |
| Total 6 semester: | 35 | ||
| Total third year: | 60 | ||
| Fourth year | |||
| 7 | Final Practice | 15 | Ss (P) |
| 7 | Final Project | 15 | Defence in QC |
| Total 7 semester: | 30 | ||
| Total: | 210 | ||
| Optional modules | |||
| Social Sciences | 10 | E | |
| Application Development | 10 | E | |
| Data Analysis | 10 | E | |
| Audio and Video Technology | 10 | E | |
| Business Organisation | 10 | E | |
*Final evaluation form: E – exam, Ss (P) – self-study work (project), QC – Qualification Committee