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| license: apache-2.0 | |
| language: | |
| - en | |
| tags: | |
| - math-code | |
| - mathematics | |
| - verification | |
| - closed-label | |
| - autoscientist | |
| base_model: mistralai/Mixtral-8x7B-Instruct-v0.1 | |
| # Math Solution Verification Classifier | |
| **Author:** Hussein Adeiza (mabera) | |
| **Role:** Licensed Environmental Health Officer, Abuja Nigeria | |
| **Base Model:** Mixtral 8x7B | |
| **Fine-tuned with:** AutoScientist by Adaption Labs | |
| ## Model Description | |
| A LoRA adapter fine-tuned to verify whether a proposed answer to a real | |
| competition math problem is correct, classifying it as Correct or | |
| Incorrect. This is a genuinely global-scope submission (not Nigeria- | |
| specific), addressing a universal AI capability question: can a model | |
| reliably grade mathematical correctness? | |
| ## Training Data | |
| - Source: MATH dataset (Hendrycks et al., NeurIPS 2021), accessed via | |
| a properly-cited GitHub derivative (rasbt/math_full_minus_math500), | |
| downloaded directly, 12,000 real competition problems | |
| - Dataset: 20 rows (10 real problems x 2 answer variants each: one | |
| correct, one deliberately perturbed incorrect answer, disclosed as | |
| a constructed perturbation, not a real student error) | |
| - Kaggle: https://www.kaggle.com/datasets/yunusahusseinadeiza/math-solution-verification-classifier | |
| ## Important Note: Column Selection Correction | |
| During training setup, the platform defaulted to training on | |
| "Enhanced completion" text, which had drifted away from the closed- | |
| label Correct/Incorrect structure into generic step-by-step tutoring | |
| language, losing the classification task entirely. This was caught | |
| and manually corrected by selecting "Original completion" instead | |
| before training. Worth flagging for other builders working on | |
| closed-label tasks: check which completion column is actually | |
| selected before training, since the platform default may not be | |
| the one you expect. | |
| ## Training Metrics | |
| - **Win rate (on dataset): 76% adapted vs 24% base model** | |
| - Base model: mistralai/Mixtral-8x7B-Instruct-v0.1 | |
| - Method: LoRA (confirmed via training config), no recipe modifications | |
| - Dataset quality: 7.0 → 9.0 (+28.6% relative improvement, **Grade A**) | |
| - Percentile: 33.0 | |
| - Domain classification: Math (100%), a clean, accurate match | |
| ## Verification | |
| All 20 rows independently, programmatically verified before training: | |
| every Correct/Incorrect classification checked against the real | |
| ground-truth answer looked up directly in the raw MATH dataset source | |
| file. 20/20 pass rate, demonstrated live in the accompanying Kaggle | |
| notebook. | |
| ## Why This Result Matters | |
| This is the highest quality grade (A) and highest quality score | |
| improvement (+28.6%) in this author's 18-submission AutoScientist | |
| portfolio, achieved using the same disciplined closed-label methodology | |
| (no recipe modifications, deterministic ground truth, independent | |
| verification) established across the AMR and Loan Classifier | |
| submissions, applied here to a genuinely global rather than | |
| Nigeria-specific problem. | |
| ## Credits | |
| Powered by Adaptive Data — Adaption Labs | |
| AutoScientist Challenge 2026, Part 2 — Math & Code Category |