Tietotekniikka - Software Engineering

Course content: The course consists of the activities of the two summer schools of each SE4GD cohort. The purpose of the two summer schools is to extend the students' perceptions beyond the courses in the program by linking them with academic, local, and regional partners and industry representatives. Each summer school will be planned with the organizing partner to reflect the local needs.

Course content: ? The course consists of the activities within the first summer school of each cohort. The purpose of the summer school is to extend the perceptions of the students beyond the courses in the programme by linking the students with the academic, local and regional partners as well as industry representatives. Each summer school will be planned with the organizing partner to reflect the local needs.

Teknologiaan ja sitä sivuaviin (tieto)teknisiin aiheisiin liittyvä itsenäinen suunnittelu- ja toteutusprojekti, josta tiedon kerääminen ja analysointi tapahtuu hyvää akateemista tapaa noudattaen. Opitun osoittaminen tapahtuu tuottamalla akateeminen opinnäyteraportti ja lisäksi opinnäytteen suunnitelma ja lopputulema esitetään kurssin seminaareissa.

Students who are starting their BSc thesis work will participate in the workshop, where fundamentals of how thesis work is written, what it should contain, and what are the basic good practices of writing a thesis on software engineering discipline are discussed. Learn the process and formulation of the content, and the written presentation of a scientific report.

Students who are starting their BSc thesis work will participate in the workshop, where fundamentals of how thesis work is written, what it should contain, and what are the basic good practices of writing a thesis on software engineering discipline are discussed. Learn the process and formulation of the content, and the written presentation of a scientific report.

In industrial practice, software developers are often confronted with already existing software systems that need to be maintained, reused or evolved. This requires specific skills to understand the design and implementation of an existing system and which parts need to be modified, to build software systems that are easier to maintain, and to design systems with reuse and evolution in mind from the very start.This course will thus study a variety of techniques, tools and methodologies to help building software systems that are easier to understand, maintain, reuse and evolve.

In industrial practice, software developers are often confronted with already existing software systems that need to be maintained, reused or evolved. This requires specific skills to understand the design and implementation of an existing system and which parts need to be modified, to build software systems that are easier to maintain, and to design systems with reuse and evolution in mind from the very start.This course will thus study a variety of techniques, tools and methodologies to help building software systems that are easier to understand, maintain, reuse and evolve.

Ohjelmistotestauksen tekniikat, tasot, automatisointi, työkalut, toimiminen testaustiimissä testaajana.

Ohjelmistotestauksen tekniikat, tasot, automatisointi, työkalut, toimiminen testaustiimissä testaajana.

Ohjelmistotestauksen tekniikat, tasot, automatisointi, työkalut, toimiminen testaustiimissä testaajana.

Ohjelmistotestauksen tekniikat, tasot, automatisointi, työkalut, toimiminen testaustiimissä testaajana.

Johdanto, ohjelmistontuotannon rooli erilaisten organisaatioiden toiminnassa, ohjelmistotuotantoprosessi, vaatimusmäärittely, mallinnus, UML, arkkitehtuurit, prosessin kehittäminen, projektinhallinta, GDPR, etiikka.

Johdanto, ohjelmistontuotannon rooli erilaisten organisaatioiden toiminnassa, ohjelmistotuotantoprosessi, vaatimusmäärittely, mallinnus, UML, arkkitehtuurit, prosessin kehittäminen, projektinhallinta, GDPR, etiikka.