Study university: Tampere University

  • 5G mobile communications

    This course focuses on the requirements, enabling technologies, use cases and applications of future fifth generation (5G) mobile communication networks. Course contents 3GPP standard development 5G core enabling technologies 5G new radio (5G-NR) radio interface 5G requirements and use cases Learning outcomes After passing this course, the students have a good understanding on the potential,…

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  • Introduction to sustainable digital life

    The Introduction to sustainable digital life MOOC is a part of the master’s programme in Sustainable Digital Life. The course introduces the main themes of the Sustainable Digital Life programme. The course consists of topical online lectures, reading materials and written assignments. The course consists of the following themes: Learning outcomes After completing the Introduction…

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  • Functional programming

    Course contents Learning outcomes After completing the course, the student knows the basic programming structures for functional programming and is able to write programs in a functional programming language. is aware of the benefits of functional programming style and can solve problems in the functional programming way. Teaching schedule Self-study. Possibility to consult the teacher…

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  • Vectors and matrices

    Course content: In this course, the student learns the basic theory and methods of linear algebra and matrix analysis. The student learns how to prove theorems and solve problems using mathematical methods and to present solutions orally and in written form. More information in Tampere University’s study guide. You can get a digital badge after…

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  • Jäähdytystekniikka

    Kurssilla käydään läpi perusteet jäähdytyslaitteistojen ja -laitosten sekä lämpöpumppujen suunnittelusta ja mitoituksesta. Kurssin sisältö Osaamistavoitteet Opiskelija ymmärtää tärkeimpien jäähdytysprosessien toiminnan, osaa määrittää prosessin toiminta-arvot tilapiirroksesta ja taulukoista, ymmärtää pääkomponenttien toiminnan, osaa valita pääkomponentit käsin arvioiden, tuntee tärkeimmät kylmäaineet ja niiden ominaisuudet, ymmärtää kostean ilman käyttäytymisen. Opetuksen aikataulu Lähiopetus keskiviikkoisin klo 12-16. Suoritustapa Osallistuminen lähiopetukseen ja…

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  • Electrical energy storages and electric vehicles

    Core content: Students having taken the course are expected to have a comprehensive holistic understanding of electrical energy storage options, especially battery technology, and the most important foreseeable electricity storage applications, especially electric vehicles. The students will have a good understanding of lithium-ion battery technology. More information in Tampere University’s course page. You can get…

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  • Introduction to full stack development

    During this course, the students learn to design and implement simple end-to-end web applications. Students also understand the basic technologies and architectural concepts. Course contents Core content: Construction of simple end-to-end applications Basics understanding of browser: HTML, CSS, JS, DOM Basic understanding of HTTP servers Creating dynamic web applications JavaScript Complementary knowledge: HTTP sessions Handling…

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  • Advanced web development: back end

    Course contents Core content: Complementary knowledge: Specialist knowledge: Learning outcomes Understanding of web technologies and architecture involved in advanced web applications consisting of client components and server application components. Understanding of web application communication architectures and protocols for distributed, scalable web applications. Completion methods Completing the course consists of an individual exam, a (group) project…

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  • Website development

    Core content Learning outcomes After course completion the student Completion methods Exam on campus in Tampere. More information in the Tampere University study guide. The course was previously under the name Web for content authors and information scientists. You can get a digital badge after completing this course.

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  • IoT teollisessa liiketoiminnassa

    Ydinsisältö: Hyödyntämisalueet ja esimerkkejä eri tyyppisistä sovellusratkaisuista Osa-alueet: datan keruu ja analysointi, tiedonsiirtoteknikkat, pilvipalvelut, IoT-alustat, tietoturvavaatimukset IoT:n potentiaali teollisessa liiketoiminnassa ja sen mahdollistamat uudentyyppiset liiketoimintamallit Sovellusmahdollisuuksien tekninen arviointi Opintojakson suoritettuaan opiskelija osaa soveltaa osaamistaan löytääkseen yritykselle uusia IoT:n luomia liiketoimintamahdollisuuksia. kykenee arvioimaan, miten IoT-ratkaisut hyödyntävät yrityksen liiketoimintaa. osaa analysoida, mitä tietotekniikan eri osa-alueisiin liittyviä tietoja…

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