Student Type: Adult learner
Circular economy for energy storage theory
Max amount of FITech students: 20 Persons without a valid study right at a Finnish university or university of applied sciences have preference to this course. In this course, the students learn the theoretical context of circular economy and how activity, durability and recyclability of an energy storage application will be affected by material selection.
Beginner’s Python for engineers
The course during spring 2022 is full and the application has been closed. Max amount of FITech students: 25 Persons without a valid study right to a Finnish university or univeristy of applied sciences have preference to this course. Have you ever wanted to plot an interesting fact about vaccinations in your country, but were
Introduction to engine laboratory research
Learning outcome After completing the course the student has basic knowledge of the marine engine research environment at the University of Vaasa. The course develops analysis skills and written communication skills. Contents Virtual tours to the marine engine laboratory and fuel laboratory. Introduction of different engine components and monitoring devices. Presentation of laboratory equipment and
Hands-on scientific computing
Competence in data science and scientific computing in general requires a lot more than data science skills: there are many secondary skills needed to do practical work efficiently. These skills are often not taught in courses, or they can be missed because of non-traditional career paths. This course is more of a self-study guide to
Johdatus sulautettuihin järjestelmiin
Maksimimäärä FITech-opiskelijoita: 30 Kurssille etusijalla ovat henkilöt, joilla ei ole voimassaolevaa opinto-oikeutta suomalaiseen korkeakouluun. Kurssilla opiskelija oppii perustiedot ja -taidot sulautetuista järjestelmistä sekä niiden ohjelmoinnista. Kurssilla perehdytään Arduino-alustaan sekä sen sensoreihin ja aktuaattoreihin. Kurssilla opit perusteet sulautettujen laitteiden käskyttämisestä ohjelmoimalla. Saat lisäksi käsityksen sulautettujen järjestelmien mahdollisuuksista ja sovelluskohteista. Kurssi lähtee liikkeelle perusteista ja soveltuu niin
Computer networking II
During this course the student will: The course includes a short introduction to network security and protocol design. Additionally, the course provides a survey of modern Internet technologies such as MPLS, cloud computing, distributed file systems, as well as future internet technologies such as IPv6, Internet of things etc. Course contents Internetworking: Quality of service
Computer networking I
On this course, the student will learn to design, develop, configure and maintain a small home or office network. Furthermore, the student will understand the basic concepts of networking applications design and development. Course contents Learning outcomes During this course the student will: Course material Lecture recordings and other materials are available on the course
Communication theory
This course focuses on the most fundamental elements, processing methods and laws and boundaries stemming from the nature that are encountered in all electrical and electromagnetic communication systems (Internet, mobile radio networks, WLANs/WiFi, etc.). These include the concepts of filtering and modulation and phenomena like noise, distortion and interference. Also fundamental information theoretic bounds applicable
Basic course on wireless communications
In this course, the focus is on the basic techniques of the radio interface in all wireless systems and networks, on top of which, e.g., the Internet network protocols are built. Upon completing the course, the student can explain and compare the structures, principles, and possible applications of different wireless communication systems. Course contents Learning
Basic course on communications engineering
The course introduces the basic concepts and operating principles for understanding the current and future communications systems. During the course, you will learn how digital data is transferred efficiently from a transmitter to a receiver, and how the properties of transmission medium affect the achievable data transfer rate. In addition, the course describes how single