Study university: Åbo Akademi University
Advanced project-based management
The course discusses the practical application of project management in different types of projects, especially complex ones, and in different organisations and industries. The course covers advanced project management approaches and methodologies in specific core areas, including organising, scheduling and management of time on project and system life cycles, management of risk and uncertainty, management
Business models and ecosystems
The course gives an advanced understanding of the key characteristics of industrial project business and its special management functions and areas. Focusing on industrial projects globally and how they are carried out to deliver and integrate new technologies and complex systems in a multi-stakeholder environment, this course goes through techniques, tools and methods for the
Project management
Through real-life examples and exercises you will learn methods to manage a range of different projects in a firm. The course serves as a basis to a career in project management, especially the starting functions such as project planning and control. Learning outcomes After completing the course the student The course offers the opportunity to
Advanced process thermodynamics
The aim of the course is to present several important new concepts of energy technology and energy efficiency in (chemical) process engineering, for example exergy analysis, energy storage, thermal radiation and solar energy. The student will obtain knowledge and skills with more modern concepts of advanced thermodynamics, from a viewpoint of more sustainable energy technology
New energy technologies
The aim of the course is to give the participants an overview of new (more) sustainable energy technologies and their advantages and disadvantages. Present state and global trends are discussed. Technologies are solar thermal energy (collectors and concentrators), solar photovoltaics, biomass, fuel cells, wind energy, wave and tidal energy, geothermal energy and osmotic power. The
System architecture of IoT
NB! You can find this course on the application form under the study programme Åbo Akademi FITech-ICT courses 3/2021 and choosing the right course from the drop down menu. Åbo Akademi will send you more information on the course practicalities ca 2 days after the application period has ended. With the past development of embedded
Grundkurs i signalbehandling
NB! You can find this course on the application form under the study programme Åbo Akademi FITech-ICT courses 3/2021 and choosing the right course from the drop down menu. Åbo Akademi will send you more information on the course practicalities ca 2 days after the application period has ended. Kursinnehåll: Analys av signaler i tids-
Multidimensional sensing techniques
Within this course we will explore the fundamentals of sensing techniques, including digital image processing, light detection and ranging (LIDAR), in the context of emerging technologies such as autonomous navigation. Learning outcomes: Analyse the performance of active remote sensing techniques such as those using lidar and radar. Analyse the performance of passive remote sensing techniques
Analytics for industrial internet
Course objectives: The course consist of: The course will be given as a mix between lectures at campus and distance learning. More information will be given when the course starts. More information on Åbo Akademi’s course page. NB! You will find this course under the name “FITech-ICT Fall 2020” on the application form.
Programvaruutveckling och -projekt
Det övergripande kursmålet är att förstå problematiken som hänför sig till utveckling av programvara och att få en uppfattning om de metoder med vilka man kan planera och genomföra utvecklingsprojekt. Efter genomgången kurs bör studeranden kunna förklara de centrala begreppen inom följande huvudområden för projekt inom programvaruproduktion: Programvarulivscykeln Projekthantering och -ledning Verktygsstöd för programvaruprojekt Kvalitet