Student Type: Tutkinto-opiskelija
Device-agnostic design
Please note that you can complete this course only until 16.7.2026. A 5 ECTS course takes approximately 135 hours to complete. Make sure that you have enough time to finish the course. This course will teach you what device-agnostic design is, what has led to the emergence of device-agnostic design, and what the present issues
Hydrogen end-use and infrastructure
This course is designed in collaboration with Tampere University, Gasgrid and the University of Oulu. It gives a good understanding of the possibilities of hydrogen in transportation and moving machines. Course contents Learning outcomes After successfully completing this course, the student has a comprehensive understanding on Course material See the course platform. Completion methods This
Modern topics in telecommunications and radio engineering 12 – System on chip architecture and design for data processing systems
Max amount of FITech students: 30 Persons without a valid study right to a Finnish university have preference to this course. The building block of all electronic products are chips which are also known as semiconductors. Single chip integrated circuits which integrate most or all components of a computing system are commonly referred to as
Radiotekniikan perusteet
Maksimimäärä FITech-opiskelijoita: 10 Kurssille etusijalla ovat ne henkilöt, joilla ei ole voimassaolevaa opinto-oikeutta suomalaiseen korkeakouluun. Kurssissa esitetään perustiedot radiotekniiikasta. Kurssilla opitaan perusteet sähkömagneettisista aalloista, radioaaltojen erilaisista etenemismekanismeista eri taajuusalueilla ja eri ympäristöissä. Lisäksi esitetään impedanssin sovittaminen aaltojohtoon ja Smithin diagrammin käyttö sovituksessa. Kurssilla käydään läpi myös radiojärjestelmän rakenne ja yleisimpiä passiivisia aaltojohtokomponentteja ja puolijohteisiin perustuvia
Simulations and tools for telecommunications
Max amount of FITech students: 10 Persons without a valid study right to a Finnish university have preference to this course. In this course you will learn basics about the wireless communication channel, how the system performance can be evaluated, about different simulation levels and simulation as a process. You will learn basics of Matlab
Semiconductors
Course contents Learning outcomes At the end of the course the student will be able to The following skills developed during the course are useful concerning the working life: Completion methods Exam. More information in the University of Turku study guide. You can get a digital badge after completing this course.
Networking technologies
Max amount of FITech students: 15 Persons without a valid study right to a Finnish university have preference to this course. The course discusses the core networking technologies used in computer networks. The focus is on the core Internet protocols and algorithms. Course contents The course discusses the core networking technologies used in computer networks.
Advanced project-based management
This course covers the application of project management in different types of projects and in different organisations and industries. The course focuses on advanced project management approaches and methodologies in scheduling and managing time in projects, managing risk and uncertainty, buying and selling projects and subprojects, managing innovation projects, and managing stakeholders. Please note that
Äänen- ja puheenkäsittely
Maksimimäärä FITech-opiskelijoita: 15 Kurssille etusijalla ovat ne henkilöt, joilla ei ole voimassaolevaa opinto-oikeutta suomalaiseen korkeakouluun. Kurssin tavoitteena on oppia soveltamaan signaalinkäsittelyn menetelmiä ääneen ja puheeseen. Kurssin suoritukseen kuuluvat luennot, viikkoharjoitukset ja pienryhmissä tehtävä projektityö sekä omaa oppimista reflektoivat oppimispäiväkirjat. Luennoista vastaavat pääasiassa erityisalojen professorit: Prof. Vesa Välimäki, Paavo Alku, Tom Bäckström ja Mikko Kurimo. Kurssin
Hydrogen production and storage
The course provides the student understanding about hydrogen production technologies, hydrogen storage and safety issues. It also covers the new hydrogen production technologies currently under research. This 5+2 credit course is realized in cooperation with the universities of Oulu (the course coordinator), Jyväskylä, Tampere, and Eastern Finland. Course contents Learning outcomes The goal is that