Student Type: Tutkinto-opiskelija
Mixed reality
If you are taking this course as part of a FITech minor, please note that all minors will be offered for the last time in the academic year 2021-2022. Please check the individual courses for updates regarding future availability. You can apply for this course through Open University at the University of Turku. The course
Johdatus ohjelmistotuotantoon
Sisältö Osaamistavoitteet Opintojakson jälkeen opiskelija Kaikki tämä tähtää siihen, että opiskelija pystyy tehokkaasti toiminaan ohjelmistoprojektin sidosryhmässä joko oman alansa asiantuntijana tai asiakkaan edustajana. Opetuksen aikataulu Suoritustapa Tentti (Exam) ja ryhmätyönä tehtävä harjoitustyö ovat vaadittavia suorituksia. Tarkemmat toteutuskohtaiset tiedot ovat kurssin Moodlessa. Lisätietoja Tampereen yliopiston opinto-oppaassa. Tämän kurssin suorituksesta on mahdollista saada digitaalinen suoritusmerkki.
Introduction to embedded systems
The course introduces the embedded systems with the related components. The practical skill related to the embedded systems is also learnt as the programming is carried out on an equipment board. Course contents architecture of a microprocessor instruction set and operation microcontrollers memories peripherals embedded system design programming and development of applications embedded system design
Mobile application development with Android
Course content: After successful completion of the course, you will be able to More information on Aalto University’s WebOodi course page. You can get a digital badge after completing this course.
Embedded system design
The course introduces hardware programming where VHDL is considered as a hardware description language. The practical skill related to the embedded system design is given as the programming is carried out on an equipment board. Course contents Learning outcomes Upon completion of the course you will be able to Please notice that during the course,
Ohjelmistotekniikka
Tällä kurssilla opiskelija perehtyy ohjelmistoprojektin suunnitteluun, toteutukseen ja hallintaan hyödyntäen tarkoituksenmukaisia projektinhallintamenetelmiä ja ohjelmistokehityksen elinkaarimalleja. Kurssilla käsitellään ohjelmistokehityksen periaatteita, ohjelmistoprojektien organisointia ja johtamista, ketteriä menetelmiä, ohjelmistojen testauksen eri tasoja ja strategioita, tietoturvallisen ohjelmistokehityksen käytäntöjä sekä ohjelmistotekniikan ajankohtaisia trendejä. Osaamistavoitteet Suoritettuaan kurssin hyväksytysti opiskelija Opetustavat Kurssin voi suorittaa täysin verkossa tapahtuvalla jatkuvalla arvioinnilla. Laboratorioharjoitukset ovat suoritettavissa
Introduction to DevOps
Max amount of FITech students: 100 Persons without a valid study right at a Finnish university or university of applied sciences have preference to this course. Course content: Continuous practices and DevOps. Role of cloud technologies in modern software development. Infrastructure as code. After successful completion of the course, you will be able to describe
WWW applications
Max amount of FITech students: 10 Persons without a valid study right at a Finnish university or university of applied sciences have preference to this course. Students have to confirm their participation by attending the first lecture. The course deals with emerging/experimental web technologies. The actual topics addressed vary from year to year. In previous years,
Software engineering
Max amount of FITech students: 100 Persons without a valid study right at a Finnish university or university of applied sciences have preference to this course. The course provides a broad but practical view of industrial software development. Students learn the main problems, models and methods of software engineering, including traditional and agile/lean software development.
Software and system architectures
Architect’s role is essential in software development. Therefore, it is important to understand the role of architecture in software development and have the basic skills of how to design and describe architecture. Course contents In the course, architecturally significant requirements are identified and designed architectures are evaluated with requirements. Also the challenges of modern distributed