Featured projects
AI-supported practice in teacher noticing and responding
Can chatbots train prospective teachers to notice and respond better to student thinking?
Contemplative Reading as a Practice for Cultivating Perspectival Agility
Pause, reflect and expand your perspective on a text
Accelerating biomedical innovation through interprofessional collaboration
The added value of multiple perspectives in STEM knowledge creation
All projects
Formatieve Toetsing implementeren in M&S bachelor cursussen
Dit project streeft naar het ontwikkelen en implementeren van formatieve toetsing in de vijf verplichte M&S bachelor- en premastercursussen.
Formatieve Toetsing in M&S bachelor niveau 3 cursussen
In dit project worden formatieve activiteiten ontwikkeld en geïmplementeerd in de M&S bachelor niveau 3 cursussen.
Frans als 21st century skill
De opleiding Frans hoopt met studentgericht leren en technologie in fysieke en virtuele onderwijsruimtes de ontwikkeling tot 'young professional' te verbeteren.
Game-based learning of European Competition Law
The project aims to enhance master-level competition law classes through a Monopoly-based, game-learning approach.
Gaming for change
This project aims to develop a Sustainability Game for all bachelor programmes of Utrecht University.
Geen interdisciplinaire bruggenbouwer zonder vaardigheden: een train-de-trainer project
Dit project heeft als doel om docenten zelfstandig interdisciplinaire vaardigheidstrainingen te laten verzorgen en integreren.
GenAI generated exemplars to improve student scientific writing
This project explored whether using generative AI as a writing tool could support students in Biology and Biomedical Sciences courses
Generative AI and assessment of AE
This project created new ways of assessment of student's AE: Adaptive Expertise.
Generative AI and Basic Psychological Needs of BA students
This research explores how generative AI impacts the psychological needs of university students, based on Self-Determination Theory.
Generative AI and constructive alignment in STEM: Hybrid Intelligence for designing learning activities
This project examined how AI can support university teachers in a teaching qualification course and master students in a Technology Enhanced Curricula course when designing STEM (Science, Technology, Engineering, and Mathematics) learning activities.
Generative AI and critical coding
If critically applied, GenAI can help with understanding, conceptualizing, and trouble shooting. To this end, specific prompting skills, as well as skills in critical thinking about AI generated solutions are essential for students of computer programming and computational methods.
Generative AI and cultural biases
This activity aimed to foster awareness of individual thought processes and biases related to the topic. It also integrates discussions about the topic itself as well as insight in how the GenAI models renders keywords into visuals.