• Interpreting the initial problem and translating it to more concrete research questions
• Identifying and using relevant literature and tools
• Working systematically and with an academic attitude
• Using skills and insights learned during the Master programme
• Producing work of sufficient depth and quality
• Validating the results appropriately (e.g., experimentally, or using mathematical or simulation models.

Make a meaningful contribution to the chosen Master specialisation, in the sense of

• Improving the scientific state of the art (scientific impact), OR
• Arriving at new or surprising insights on a topic with broad general interest (societal impact), OR
• Producing a usable, validated tool satisfying the requirements of the product owner (business impact), OR
• Having an impact in some other form

 
Communicate the results in written form, by

• Producing a well-organized and well-structured thesis
• Using clear language
• Giving a clear problem statement
• Describing the context of the work and existing work
• Providing good discussion and argumentation
• Presenting clear and conclusions
• Referring to and making use of relevant related work

 
Follow a well-structured process, by

• Working independently and goal-oriented under the guidance of a supervisor
• Organizing work by making a project plan, executing it, adjusting it when necessary and handling unexpected developments, and finishing in time
• Seeking assistance if required and beneficial for the project
• Benefiting from the guidance of the supervisor by setting the agenda for meetings and taking suggestions on board

 
Communicate the results in a presentation, by

• Giving a well-structured and clear final presentation targeting both the general public, fellow students and academic staff
• Understanding and answering questions clearly and appropriately