Student Type: Degree student
Battery chemistries and components
Course contents Learning outcomes After completing the course, the students will Teaching methods Assessment methods Examination based on the course exercises. Workload Total workload is 135 h of which scheduled studies 30 h, project work 30 h and independent studies 75 h. Lectures More information in the University of Oulu study guide. You can get a…
Sustainable urban energy
Course contents Stage 1: Energy in cities (35h) Lectures: Own work: Stage 2: Building energy efficiency (65h) Lectures: Own work: Stage 3: Sustainability in cities (35h) Lectures: Own work: Learning outcomes After completing the course the student Course material Lecture slides and recommended reading provided on the course Moodle site. Teaching schedule Online course: Completion…
Software engineering management
Core content: Generic software life cycle models and their relation to software engineering management. Software engineering management models and trends. Agile software engineering. Software measurement. Estimating software costs. Software project planning. Analysis of project characters, challenges and risks. Software quality management. After completing this course, the student is able to: More information in Tampere University’s…
Autonomic software and systems
NB! You can find this course on the application form under the study programme Åbo Akademi FITech-ICT courses 4/2021 and choosing the right course from the dropdown menu. Åbo Akademi will send you more information on the course practicalities ca 2 days after the application period has ended. Different degrees of autonomy are pervasive in…
Software safety
The course explores the fundamental of safety systems engineering and the connection to advance methodologies to design complex technological systems. It focuses on teaching new approaches, frameworks, and theories to analyze, design, deploy and manage engineering systems with focus on safety. You will be introduced to new techniques for assisting the determination of requirements in…
Energy technology
This minor will be offered through FITech for the last time in the academic year 2021-2022. Please also note that the application deadline for courses belonging to a minor that are offered in the spring semester is exceptionally already on November 1st. Please check the individual courses for updates regarding future availability. University of Vaasa…
Machine learning with Python
Max amount of FITech students: 1 000 Persons without a valid study right at a Finnish university or university of applied sciences have preference to this course. Our every-day lives are substantially affected by political decisions. These decisions are often based on the predictions of models that have been fit to data. As a case…
Chemistry in energy technology
Materials and their performance play an important role in various energy technology related processes. This course aims to give a basic understanding of the chemistry behind ash related problems and trace metal emissions. Students learn about high temperature properties and chemical as well as mechanical durability of metals and ceramic refractories used in typical environment…
Combustion chemistry
The challenges of combustion processes are today more and more related to chemistry. This course: After completing this course, the students are expected to be able to: Intensive studies organised in Turku. If needed, check the possibility for online participation with lecturer. More information on Åbo Akademi’s course page. You can get a digital badge…
Business models for battery storages
The course introduces students to the analysis of existing and forthcoming business models for battery energy storages and their applications through several managerially oriented frameworks and tools to understand how companies generate and transform their business models. From such bases, participants will study how these frameworks work in the battery storage industry. This course is…