Language: English
Introduction to UI
The course introduces the student to the basics of user interfaces and the principles of designing one. The student is introduced to concepts like color selection principles, presenting of images as part of other content, text formatting and visual content mapping to the user interface. This course is especially aimed as introductory content for high
Artificial intelligence
After completing the course, the student will have an overview of different areas and techniques of artificial intelligence. Course contents Core content Complementary knowledge Specialist knowledge Learning outcomes After completing the course the student will have an overview of different areas and techniques of artificial intelligence. In particular, the student is able to apply to
5G – A friendly introduction
This course introduces the 5G technology to a broader audience. 5G technology deployment is still at the early stages but its role as a leading standard in mobile communication is imminent with more carriers offering the service around the globe. In this course we will try to answer these questions by analysing the main technologies
Networking laboratory I
Learn how the Internet works through practical assignments on this course. Course contents Learning outcomes During this course, the student becomes familiar with the equipment of a typical wired local area network. After the course, student knows how to do simple Ethernet and IP configurations, can do basic performance measurements, and is able to utilize
Functional programming: Advanced features and distributed programming
Course contents Also possibly some changing special topics. Learning outcomes After completing the course, the student Course material Videos (online), reading (mainly the online book Learn You a Haskell). Completion methods Individual work & self-study with a possibility to consult the teacher. The student needs to electronically submit the required exercises (graded automatically) and take
Cross-cultural design
After taking this course, the student can explain what multi-cultural and global design are and how one can make sure that a product fits to different cultures. Course contents Learning outcomes After completing this course, the student can Teaching The course includes lectures, videos and other material. Lectures are held on Tuesdays at 10–12 on
Software product and process management
Course contents Learning outcomes After completing the course, the student has required theoretical knowledge to Course material The material will be informed at the start of the course. Teaching methods The course includes lectures, video and other material, weekly exercises, a project as a group work and an exam. All except the last is covered
Advanced web development: front end
During the course, students will learn how to design and implement modern front-end web applications. The student will gain a deep understanding of key techniques and architectural concepts. Course contents Completion methods Lectures and exercises on Tuesdays and Thursdays 12-14. More information in the Tampere University study guide. Previously the name was Advanced web front-ends.
Information systems modelling, design and development
Max amount of FITech students: 30 Information Systems are everywhere in our society. These systems have to be modelled, designed and developed carefully so that they answer the needs of users and organizations, and fit in the existing work practices. Course contents Basics of modelling Importance of modelling when designing information systems Modelling types to
Control and simulation principles of drives and converter systems
Starting August 1, 2026, degree students can register for future implementations of this course through RIPA. More instructions here. This course aims to provide an overview and understanding of motor dynamics modeling and control drives using MATLAB Simulink. After successfully completing this course, students will understand the latest developments in electronics, machines, and modern control theories.