EDUMATH: Generating Standards-aligned Educational Math Word Problems
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| Main Authors: | , , , , , |
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| Format: | Preprint |
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2025
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| _version_ | 1866911585824407552 |
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| author | Christ, Bryan R. Molitz, Penelope LeBlond, Beau Gottesman, Zachary Kropko, Jonathan Hartvigsen, Thomas |
| author_facet | Christ, Bryan R. Molitz, Penelope LeBlond, Beau Gottesman, Zachary Kropko, Jonathan Hartvigsen, Thomas |
| contents | Math word problems (MWPs) are critical K-12 educational tools, and customizing them to students' interests and ability levels can enhance learning. However, teachers struggle to find time to customize MWPs for students given large class sizes and increasing burnout. We propose that LLMs can support math education by generating MWPs customized to student interests and math education standards. We use a joint human expert-LLM judge approach to evaluate over 11,000 MWPs generated by open and closed LLMs and develop the first teacher-annotated dataset for standards-aligned educational MWP generation. We show the value of our data by using it to train a 12B open model that matches the performance of larger and more capable open models. We also use our teacher-annotated data to train a text classifier that enables a 30B open LLM to outperform existing closed baselines without any training. Next, we show our models' MWPs are more similar to human-written MWPs than those from existing models. We conclude by conducting the first study of customized LLM-generated MWPs with grade school students, finding they perform similarly on our models' MWPs relative to human-written MWPs but consistently prefer our customized MWPs. |
| format | Preprint |
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arxiv_https___arxiv_org_abs_2510_06965 |
| institution | arXiv |
| publishDate | 2025 |
| record_format | arxiv |
| spellingShingle | EDUMATH: Generating Standards-aligned Educational Math Word Problems Christ, Bryan R. Molitz, Penelope LeBlond, Beau Gottesman, Zachary Kropko, Jonathan Hartvigsen, Thomas Computation and Language Artificial Intelligence Math word problems (MWPs) are critical K-12 educational tools, and customizing them to students' interests and ability levels can enhance learning. However, teachers struggle to find time to customize MWPs for students given large class sizes and increasing burnout. We propose that LLMs can support math education by generating MWPs customized to student interests and math education standards. We use a joint human expert-LLM judge approach to evaluate over 11,000 MWPs generated by open and closed LLMs and develop the first teacher-annotated dataset for standards-aligned educational MWP generation. We show the value of our data by using it to train a 12B open model that matches the performance of larger and more capable open models. We also use our teacher-annotated data to train a text classifier that enables a 30B open LLM to outperform existing closed baselines without any training. Next, we show our models' MWPs are more similar to human-written MWPs than those from existing models. We conclude by conducting the first study of customized LLM-generated MWPs with grade school students, finding they perform similarly on our models' MWPs relative to human-written MWPs but consistently prefer our customized MWPs. |
| title | EDUMATH: Generating Standards-aligned Educational Math Word Problems |
| topic | Computation and Language Artificial Intelligence |
| url | https://arxiv.org/abs/2510.06965 |