Tietotekniikka - Software Engineering

The course centers around software architecture design and meeting the needs of the stakeholders of the system. The contents include basics of software and systems architecture, identifying architecturally significant requirements, designing software architecture with views, and evaluating software architectures. In addition, wider concepts of enterprise architecture and integration are introduced to put architectures in their context. The course includes a large practical design work that goes through these concepts.

The course introduces the concepts of distributed systems including (but not limited to) processes, communication, naming, synchronization, and consistency. After the introductory part, design principles underlying the development of distributed systems are discussed followed by more advanced concepts such as fault tolerance and security. Students will also be familiarized with some of the main architectural paradigms in distributed systems: object-based systems, file systems, web-based and coordination-based systems. On the completion of the unit, students will understand the fundamentals of distributed computing and be able to design and develop distributed systems and applications.

Käyttöjärjestelmän perusrakenteet ja –toiminnot: tiedostojärjestelmä, prosessit, prosessien ajoitus ja hallinta, muistinhallinta, oheislaitteet. Unix-järjestelmän rakenne. C-ohjelmointikieli ja sen ohjelmointiympäristö ja työkalut Unix-järjestelmässä. Unixin komentotulkki-ohjelmointi. Standardi I/O-kirjasto, kehittyneet I/O-toiminnot. Järjestelmätiedot ja –tiedostot. Prosessit, prosessien hallinta, prosessien väliset suhteet. Säikeet ja niiden hallinta. Palveluprosessit. Prosessienvälinen kommunikointi. Signaalit ja niiden hallinta.

Käyttöjärjestelmän perusrakenteet ja –toiminnot: tiedostojärjestelmä, prosessit, prosessien ajoitus ja hallinta, muistinhallinta, oheislaitteet. Unix-järjestelmän rakenne. C-ohjelmointikieli ja sen ohjelmointiympäristö ja työkalut Unix-järjestelmässä. Unixin komentotulkki-ohjelmointi. Standardi I/O-kirjasto, kehittyneet I/O-toiminnot. Järjestelmätiedot ja –tiedostot. Prosessit, prosessien hallinta, prosessien väliset suhteet. Säikeet ja niiden hallinta. Palveluprosessit. Prosessienvälinen kommunikointi. Signaalit ja niiden hallinta.

Linux-käyttöjärjestelmän asennus ja virtuaalikone, graafiset työpöytäympäristöt, terminaali ja peruskäskyt, komentorivipohjaiset tekstieditorit, komentoriviohjelmat ja niiden asennus, terminaali-I/O ja tiedostonhallintatyökalut, säännölliset lausekkeet, komentoriviohjelmointi, komentorivipohjaiset verkko-ohjelmat, etäkäyttö ja tiedostojen siirto.

? TypeScript ? Node.js ? Express ? Template engines ? MongoDB ? React ? Authentication and authorization ? APIs

Web standards: HTTP, HTML, CSS and JavaScript. The browser environment with its Document object model (DOM). The most common content management systems and building web sites with commonly used tools.

Design principles of web and mobile interfaces. Human-centered design process. Understanding users through basic HCI research methods and applying this knowledge in design. Design techniques, such as use cases, prototyping, story-boarding, and usability evaluation. Usability and user experience as concepts. Usability standards in interface design and usability testing. Design patterns and considerations of designing interfaces for modern software systems. Basics of front-end programming for user interfaces.

Ydinaines: opiskeluun liittyvät käytännön asiat, oppimistaidot, lähdeviittaustekniikka, yrittäjämäinen oppiminen, ajanhallinta, itsensä johtaminen, kirjaston tietokannat ja tiedonhaku, opintosuunnitelman ja urasuunnitelman laatiminen. Täydentävä tieto: Orientaatioviikko, joka järjestetään viikkoa ennen opiskeluiden alkua.

Principles of science and scientific communities. Epistemology and ontology in research. The practical research process. Designing research, research questions and hypotheses. Research methods including qualitative methods, experiments, quantitative methods, and design research. Reporting scientific work.

During this course, students apply all the software engineering skills they have acquired from their earlier courses to practice. Students form teams that run a real software project in collaboration with a customer, from requirements to implementation and delivery to the customer. Topics for the projects are generated by real customers. The focus of the course is on the process and project management issues, especially customer collaboration and efficient teamwork. Delivery of the solution to the customer is required for the successful completion of the course.

Selected type of literature study on a selected theme. Depending on the need, the literature study may follow the guidelines of systematic literature review, systematic mapping study, snowballing etc. Students will be introduced to these methods and possible tools in the beginning of the course. A list of selected themes for the possible literature reviews can be found at the course page in Moodle. Student may also propose his/her own topic (e.g. on the field of thesis work). The student contacts then instructor and agrees on the personal implementation of the study including the workload and the schedule. Students produce a report based on the literature by the end of the course semester (fall or spring).

Selected type of literature study on a selected theme. Depending on the need, the literature study may follow the guidelines of systematic literature review, systematic mapping study, snowballing etc. Students will be introduced to these methods and possible tools in the beginning of the course. A list of selected themes for the possible literature reviews can be found at the course page in Moodle. Student may also propose his/her own topic (e.g. on the field of thesis work). The student contacts then instructor and agrees on the personal implementation of the study including the workload and the schedule. Students produce a report based on the literature by the end of the course semester (fall or spring).

Selected type of literature study on a selected theme. Depending on the need, the literature study may follow the guidelines of systematic literature review, systematic mapping study, snowballing etc. Students will be introduced to these methods and possible tools in the beginning of the course. A list of selected themes for the possible literature reviews can be found at the course page in Moodle. Student may also propose his/her own topic (e.g. on the field of thesis work). The student contacts then instructor and agrees on the personal implementation of the study including the workload and the schedule. Students produce a report based on the literature by the end of the course semester (fall or spring).

During this course, students apply all the software engineering skills they have acquired from their earlier courses to practice. Students form teams that run a real software project, from requirements to implementation and delivery. Topics for the projects are decided by the project teams. The focus of the course is on the process and project management issues, especially and efficient teamwork. Delivery of the solution is required for the successful completion of the course.

The course emphasizes the role and impact of IT field and especially software engineering in the sustainable development. The topic is covered through selected books and scientific articles. Students may be divided into small groups that will each study the topic.

The course emphasizes the role and impact of IT field and especially software engineering in the sustainable development. The topic is covered through selected books and scientific articles. Students may be divided into small groups that will each study the topic.

The course emphasizes the role and impact of IT field and especially software engineering in the sustainable development. The topic is covered through selected books and scientific articles. Students may be divided into small groups that will each study the topic.

A research-based thesis course that offers students the opportunity to work on a comprehensive, individual project that demonstrates mastery of the specializations of software engineering or digital transformation. Topic to be agreed in consultation with a supervisor. The project will be of suitable complexity for results to be published for an expert audience. Students are expected to complete thesis in a single semester, but exceptions are accommodated only after seeking academic advice.The purpose of this course is to develop the student's research and problem-solving skills. The course involves the specification, development and evaluation of an individual research project on a specific topic or problem within the broad fields of software engineering. The student is expected to systematically plan and manage the project, and to clearly present the work and its contribution in context of the current literature and prior state of the art.Beginning with the thesis assignment will not be permitted until a project is allocated and the supervisor has agreed that the project is suitable. An independent thesis done in the field of information technology, according to the instructions given. In the beginning a student must contact the responsible professor. The starting and finishing point of the thesis vary. Before the thesis is returned for grading it must be checked with the Turnitin programme in the moodle page of the course.   Topic of the master's thesis has to be confirmed as soon as the topic has been decided with the supervisor. Use form 1A in UNI-portal.

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.