AI-assisted analysis of content, structure, and sentiment in MOOC discussion forums

Author:

Yee Michael,Roy Anindya,Perdue Meghan,Cuevas Consuelo,Quigley Keegan,Bell Ana,Rungta Ahaan,Miyagawa Shigeru

Abstract

Discussion forums are a key component of online learning platforms, allowing learners to ask for help, provide help to others, and connect with others in the learning community. Analyzing patterns of forum usage and their association with course outcomes can provide valuable insight into how learners actually use discussion forums, and suggest strategies for shaping forum dynamics to improve learner experiences and outcomes. However, the fine-grained coding of forum posts required for this kind of analysis is a manually intensive process that can be challenging for large datasets, e.g., those that result from popular MOOCs. To address this issue, we propose an AI-assisted labeling process that uses advanced natural language processing techniques to train machine learning models capable of labeling a large dataset while minimizing human annotation effort. We fine-tune pretrained transformer-based deep learning models on category, structure, and emotion classification tasks. The transformer-based models outperform a more traditional baseline that uses support vector machines and a bag-of-words input representation. The transformer-based models also perform better when we augment the input features for an individual post with additional context from the post's thread (e.g., the thread title). We validate model quality through a combination of internal performance metrics, human auditing, and common-sense checks. For our Python MOOC dataset, we find that annotating approximately 1% of the forum posts achieves performance levels that are reliable for downstream analysis. Using labels from the validated AI models, we investigate the association of learner and course attributes with thread resolution and various forms of forum participation. We find significant differences in how learners of different age groups, gender, and course outcome status ask for help, provide help, and make posts with emotional (positive or negative) sentiment.

Publisher

Frontiers Media SA

Subject

Education

Reference72 articles.

1. Automatic content analysis of asynchronous discussion forum transcripts: a systematic literature review;Ahmad;Educ. Inform. Technol.,2022

2. Systematic review of discussion forums in massive open online courses (MOOCs);Almatrafi;IEEE Trans. Learn. Technol.,2018

3. “A multidimensional deep learner model of urgent instructor intervention need in MOOC forum posts,”;Alrajhi,2020

4. “Towards cross-domain MOOC forum post classification,”253256 BakhariaA. Proceedings of the Third 2016 ACM Conference on Learning@ Scale2016

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