Study university: Åbo Akademi University
Entrepreneurship and market creation
On this course, you will learn about business opportunity identification and increase your knowledge on how markets are created and shaped, how they evolve and develop, and which implications they have for business actors. You will also train your skills in turning business ideas into business models. Course contents Digitalisation, new technologies, products and service
Entrepreneurship – the art, science and plain vanilla
This course provides an introductory overview of the knowledge and skills needed for the identification, evaluation, and exploitation of entrepreneurial opportunities in a variety of circumstances. Over the course, we will expand the definition of an entrepreneur beyond what we typically consider an entrepreneur (i.e., a person who starts and/or runs a business) to include
Development of digital services
Digitalisation is a trend that is radically changing the way we do business. With this trend, digital services design is becoming a key business skill. On this course, you will learn to design digital services from identifying new revenue opportunities to changing whole business models. Course contents Learning outcomes Students will learn to Course material
Industrial value creation
The goal of the course is to provide an overview of the changing premises for value creation on industrial markets and the various means to create, deliver and capture value based on these premises. We use the business model concept to understand how industrial companies can meet changing demands, contribute to and cease new opportunities
Market analysis
The overarching aim of the course is to broaden your understanding of what markets are, and how firms and other actors create, shape, and engage with markets, particularly in international business environments. During the course, you will learn Key concepts covered in the course include the making and shaping of product and service markets, market
Biofuels engineering and energy technology
The course follows the contents (not all) of the reference book: Biofuels Engineering and Technology (Springer) written by the responsible teacher. The course is divided mainly into two sections. In the first section, the focus is on the questions: After delineating the aspects related to light harvesting (utilization of radiation by biological devices seen as
Introduktion till artificiell intelligens
Kursen ger en överblick över de olika delområden inom artificiell intelligens. Vi behandlar dessa via exempel. Vi framhåller ett kritiskt perspektiv och diskuterar både möjligheter med och gränser för artificiell intelligens. Kursinnehåll Lärandemål Efter avlagd kurs känner studeranden till, och kan beskriva de viktigaste metoderna, och tillämpningsområden inom artificiell intelligens. Studeranden kan kritiskt följa med
Människocentrerad design
Max antal FITech-studeranden: 20 Ett begränsat antal FITech-studerande antas till kursen. Studerandena antas till kursen i ansökningsordning. Kursen ska lära deltagarna att bli medvetna om IT-design i sin omgivning. Deltagaren ska lära sig att känna igen både lyckad och misslyckad design och analysera varför designen blivit så. Deltagaren ska lära sig att tillämpa vedertagna designprinciper
Introduction to data science
In the age of data explosion, the face of research done in scientific fields is being changed dramatically. Nowadays, scientists are dealing with massive amount of unstructured data which contains unprecedented amount of decrypted information which in turn can facilitate the break through data-driven discoveries and predictions. That is why the demand for the “data
Machine learning
Machine learning skills are fast becoming necessary for data scientists as companies navigate the data and try to build automated decision systems that hinge on predictive accuracy. Learning outcomes After completing the course, the students Course material All course material will be available in Moodle. Completion methods FITech students can study the track 1 for