PAIGE: Examining Learning Outcomes and Experiences with Personalized AI-Generated Educational Podcasts
Project Overview
This research explores the application of generative AI in education, specifically focusing on its ability to create engaging and personalized learning experiences. The study investigates the use of AI to generate educational podcasts from textbook chapters, comparing AI-created content (both generalized and personalized) to traditional textbook reading. A user study involving 180 college students reveals that AI-generated podcasts are perceived as more enjoyable than textbooks. Furthermore, personalized podcasts demonstrate potential for improved learning outcomes in certain subjects. The findings highlight the potential of generative AI to enhance student engagement and comprehension. The paper also offers design recommendations for effective implementation and acknowledges the importance of addressing associated ethical considerations.
Key Applications
AI-Generated Audio Content for Learning
Context: College students studying textbook chapters across various subjects. This includes students studying assigned chapters for coursework.
Implementation: Textbook chapters are converted into audio podcasts using advanced language and voice models (e.g., Gemini 1.5 Pro, AudioLM). Implementation involves generating generalized or personalized audio content. Personalization incorporates student profile information such as major, age, interests, and learning style to tailor the content. Students are assigned to different conditions, including textbook, generalized podcast, or personalized podcast.
Outcomes: Students found podcasts more enjoyable than textbooks. Personalized podcasts led to higher learning outcomes in some subjects (e.g., Philosophy and Psychology) compared to both the generalized and textbook conditions. Both podcast conditions received significantly higher attractiveness ratings than the textbook condition. Participants found the podcast format more entertaining and appreciated the casual and conversational style of the podcasts. The AI-generated podcasts replicated the engaging experience in real-time and provided suitable supplements to textbooks.
Challenges: TTS voices occasionally sounded unnatural and exhibited minor audio glitches. Personalization was perceived as irrelevant by some students in some subjects (e.g., Government). Some students found the AI-generated content to be initially uncomfortable, and some disliked the AI-generated content. Personalization did not impact attractiveness ratings. The lack of control over the granularity of personalization may have influenced attractiveness ratings. Findings may not be applicable to students from other cultural contexts.
Implementation Barriers
Technical limitation
TTS voices occasionally sounded unnatural and exhibited minor audio glitches.
Proposed Solutions: Improving audio models should be a priority.
Relevance and Effectiveness of Personalization
Personalization was perceived as irrelevant by some students in the Government subject, and it did not always lead to increased enjoyment (Attractiveness ratings).
Proposed Solutions: Further investigation into how and when personalization should be applied, and how to create content that clearly connects to a user's interests and experiences. Exploring the long-term effects of AI-generated podcasts on learning retention, and the influence of various personalization strategies on different demographic groups.
User Acceptance and Ethical Concerns
Some students expressed a dislike for AI-generated content and felt uneasy about the AI pretending to know them.
Proposed Solutions: Acknowledging potential user concerns and considering them in future design decisions. Exploring how to develop and train models that accommodate diverse cultural perspectives.
Scope and Context
The study was limited to a single textbook chapter per participant, involved U.S. college students, and focused on three college-level textbooks.
Proposed Solutions: Future research should explore longer study durations, a broader range of subjects, demographics, and educational levels.
Project Team
Tiffany D. Do
Researcher
Usama Bin Shafqat
Researcher
Elsie Ling
Researcher
Nikhil Sarda
Researcher
Contact Information
For more information about this project or to discuss potential collaboration opportunities, please contact:
Tiffany D. Do
Source Publication: View Original PaperLink opens in a new window