Upon completion of the course, the student will know:

The main accessibility concepts and terminology, different stakeholders and their needs, principles of legislation, technologies to support accessibility ranging from traditional accessibility solutions to new ones such as AI and robotics, principles of accessible translation methods and digital services, how to apply theory to practical accessibility solutions

After completing the Teaching and Accessibility Legislation course, you will:

Have a basic understanding of the legislation that relates to ensuring everyone has the right for an education. You will be able to reflect on how these laws have been followed in practice, and think about what they themselves could do in the future to make sure everyone’s legal rights in the classroom are respected.

After completing the Introduction to Speech-to-Text Interpreting course, you will:

Know what speech-to-text interpreting is and how one can get qualified to work as an STT interpreter in Finland. You will have improved your typing skills; know your estimated typing rate, and have tried out what it could be like to speech-to-text interpret something in real time. You can also reflect on your own experiences in regard to STT interpreting.

Upon completing the Accessible Media course, you will:

  • Know what media accessibility is.
  • Understand the benefits of media accessibility.
  • Understand that the status of media accessibility varies in different countries.

After completing the Programming and Data Processing course, the student will:

be able to implement simple and complex programs in programming languages relevant to the fields of data science and artificial intelligence. This includes the ability to import, export and elementarily transform data.

After completing the Databases and Query Languages course, the student will:

  • Have a profound understanding of important basics in the field of relational databases (incl. SQL).
  • Obtain skills in practical management of relational databases.

After completing the Quick Guide to Machine Learning course, the student will:

  • Have a basic understanding of machine learning with a particular focus on its applications.
  • Learn how to use tools to solve various machine learning problems.

After completing the Introduction to Data Science and Artificial Intelligence course, the student will:

  • Have a basic understanding of the topics of data science and artificial intelligence from a holistic perspective.
  • Learn important basic concepts as well as some selected methods from these fields.

After completing the Virtual Product Models and Simulation course, the student will:

  • Describe the physical and mathematical model fundamentals of simulation tools
  • Explain the advantages and disadvantages of simulation tools in product development and assess limitations of the different methods
  • Present methodological approaches to the use of CAE tools in product development
  • Plan the use of CAE tools in the product development process based on process requirements
  • Create basic kinematics analyzes using MKS software
  • Perform structural analysis using FEA software
  • Analyze fluid mechanical problems using CFD software
  • Describe the interaction between simulation and experiment, taking into account the respective framework conditions

After completing the Production Technology Project course, the student will:

  • Apply the basic structure of DIN 8580 and classify production processes according to this standard.
  • Identify and apply common manufacturing processes.
  • Assess fundamental parameters for the process selection during the product development processes.
  • Understand the documentation of the dimensional product properties.
  • Understand and develop basic production-related procedures on a project-specific basis.
  • Create a simple project in the field of production technology from a technological point of view. design a simple workflow and workshop layout
  • Apply different methods and technological process steps as well as basic manufacturing technology and industrial metrology for project/product development.
  • Integrate and work in a team.