Study university: Vaasan yliopisto

  • Hydrogen as fuel in combustion engines

    The course is designed to provide students with know-how and knowledge in the fundamentals of hydrogen as combustion engine fuel, of hydrogen-driven engines and gas turbines, and of the fuel system for hydrogen in marine and on-shore applications. The course is designed to provide students with know-how and knowledge in the fundamentals of hydrogen as…

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  • System integrations

    Max amount of FITech students: 15 adult learners This course provides information about technologies used when integrating information systems, applications and data. It is important to know how data integrations should be designed for certain purposes, and what options are available when the protocol and data exchange format are selected for certain use. Integrated data sources…

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  • Projektitoiminta

    Maksimimäärä FITech-opiskelijoita: 35 aikuisopiskelijaa ja 5 tutkinto-opiskelijaa Kurssilla opit projektinhallintaan liittyviä tärkeitä tietoja, käsitteitä ja taitoja, kuten projektin suunnittelua, resursointia, riskienhallintaa ja hinnoittelua. Opit, miten toimitaan projektissa, jossa on osallistujia useista eri yrityksistä. Kurssilla laaditaan projektisuunnitelma annettujen ohjeiden mukaan. Kurssin sisältö Projektikäsitteistö sekä yksittäisen projektin suunnittelu ja hallinta: projektisuunnitelman laatiminen, aikaohjaus, resurssiohjaus, projektin talous ja…

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  • Control and simulation principles of drives and converter systems

    The generalised machine theory is the subject of modeling the electric machines and drives as well as the power system. It needs understanding of e.g. electrical machines in space phasor models, axes transformations and dynamic modeling. The theory given on this course will be applied on the machines, drives and power electronics converter modelling and…

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  • Business models for smart energy systems

    The course introduces students to From such bases, participants will study how these frameworks work in future energy systems. The analysis of prospective business models for the future energy industry also considers the impact of the so-called ‘energy transition’, business models in renewable energy as well as the potential new entrants that may offer a…

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  • Architecture of complex systems

    Max amount of FITech students: 20 adult learners System architecture is the study of early decision making in complex systems. This course teaches how to capture experience and analysis about early system decisions, and how to choose architectures that meet stakeholder needs, integrate easily, and evolve flexibly. This knowledge you can apply to traditional business…

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  • Modern wireless communications and applications

    Check out this short introductory video clip of the course! Wireless communication has progressed exponentially in all dimensions during the last decade. We are now quite close to the ultimate limit of the information transfer rate which is known by Shannon capacity. Telecommunication becomes part of almost all branches of technical and nontechnical life. Besides…

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  • Applied signal processing

    Max amount of FITech students: 20 adult learners Course contents After completing the course the student can The course develops oral skills (presentation, peer review, English) and IT skills (Matlab, M language). Teaching methods The course is organised as independent studies with a given schedule, with some flexibility. Each week the student studies one topic,…

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  • Applied machine learning

    Max amount of FITech students: 25 adult learners This course provides an insight into the implementation of machine learning for applications. The course covers methods needed for data analysis from reading and cleaning the data, imputation of missing values, extracting features and application of machine learning methods to develop an optimised pipeline leading from data…

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  • 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…

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