Human-Centered Development of Indicators for Self-Service Learning Analytics: A Transparency through Exploration Approach
By: Shoeb Joarder, Mohamed Amine Chatti
Potential Business Impact:
Helps teachers understand why students learn better.
The aim of learning analytics is to turn educational data into insights, decisions, and actions to improve learning and teaching. The reasoning of the provided insights, decisions, and actions is often not transparent to the end-user, and this can lead to trust and acceptance issues when interventions, feedback, and recommendations fail. In this paper, we shed light on achieving transparent learning analytics by following a transparency through exploration approach. To this end, we present the design, implementation, and evaluation details of the Indicator Editor, which aims to support self-service learning analytics by empowering end-users to take control of the indicator implementation process. We systematically designed and implemented the Indicator Editor through an iterative human-centered design (HCD) approach. Further, we conducted a qualitative user study (n=15) to investigate the impact of following a self-service learning analytics approach on the users' perception of and interaction with the Indicator Editor. Our study showed qualitative evidence that supporting user interaction and providing user control in the indicator implementation process can have positive effects on different crucial aspects of learning analytics, namely transparency, trust, satisfaction, and acceptance.
Similar Papers
The ISC Creator: Human-Centered Design of Learning Analytics Interactive Indicator Specification Cards
Computers and Society
Helps teachers create custom learning tools easily.
Beyond right or wrong : towards redefining adaptive learning indicators in virtual learning environments
Computers and Society
Helps online learning understand how students feel.
When learning analytics dashboard is explainable: An exploratory study on the effect of GenAI-supported learning analytics dashboard
Human-Computer Interaction
Helps students understand writing better with AI.