Developing an AI-based Coaching Chatbot: A Study on Disclosure as Effectiveness Factor in Human-Machine-Coaching
Abstract
Coaching via chatbots can be classified as digital self-coaching. At TH Köln, an AI-based StudiCoachBot is currently being developed and implemented. The research focus is on investigating effectiveness factors in human-machine-coaching, especially in the working alliance. An interaction script for the coachbot was developed. The concept of self-disclosure was selected as an effectiveness factor, operationalized and its effectiveness compared to the self-developed concept of information disclosure. The use case is student coaching on the topic of exam anxiety. The Conversational AI Rasa was selected as a suitable system architecture. The effectiveness of the chatbot coaching was investigated in a study with ten students using a questionnaire. The results show that chatbot coaching is already well accepted in its current form. Information disclosure of a coachbot shows higher effectiveness in establishing a working alliance than self-disclosure of a chatbot. The study contributes to the effectiveness of digital self-coaching tools.
Keywords: Chatbot, Coaching, Conversational Ai, Working Alliance
DOI: 10.54941/ahfe100917
Cite this paper
More from this volume
- Necessity of distance learning implementation during the pandemic: modern reality of Ukrainian universities
- How to Design Assembly Instructions
- Correctional and Developmental Work for Children With Down’s Syndrome and Children with Autism by Means of Color and Music Therapy
- Voice Controlled Devices: Awareness, Usage, and Reservations of Young Adults
- Imparting Media Literacy to the Elderly Evaluating the Efficiency and Sustainability of a two-part Training Concept
- Measuring Quality of Mediated Social Communication
- Youth Center Management: Training the Trainers for The "Effective Management of Youth Centers" Program
- Lesson Learned of Tablet Course for Semi-literate Immigrants
- Machine learning agent to recommend the best modality for takeover during conditionally automated driving
- An approach for steering advancement in motorcycle riding simulation
- Design of Three-Dimensional Pine Tree Geometry and the Radiation Heat Exchanges in Fire Environments
- Design of a Ventilation System Using a Vertical Confluent Multi-jets System


AHFE Open Access