Enterprise AI Analysis
Bridging Qualitative Rubrics and AI: A Binary Question Framework for Criterion-Referenced Grading in Engineering
This study investigates how Generative AI (GenAI) can be integrated with a criterion-referenced grading framework to improve the efficiency and quality of grading for mathematical assessments in engineering. It explores challenges faced by human demonstrators with manual, model solution-based grading and proposes a GenAI-supported system to identify student errors, provide high-quality feedback, and support human graders. The research also examines human graders' perceptions of the effectiveness of this GenAI-assisted approach. The study found GenAI achieved 92.5% accuracy, comparable to experienced human graders, and significantly enhanced formative feedback when paired with a structured, criterion-referenced framework using binary questions.
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The Challenge of Manual Grading
Recent advancements in generative artificial intelligence (GenAI) have increasingly influenced educational practices, particularly in grading and feedback of written assessments. While GenAI has advanced in solving mathematical problems, its potential to assist with grading for mathematical assessments remains underexplored. Manual grading with model solutions often lacks explicitly defined performance criteria, leading to inconsistencies and less effective formative feedback. This burdens academics, especially with large cohorts, to deliver timely, equitable, and high-quality feedback.
The Promise of GenAI in Assessment
GenAI offers promising avenues to enhance assessment practices by processing large volumes of student work, applying marking criteria consistently, providing personalized feedback, and minimizing human errors. Models like OpenAI's ChatGPT and Google's Gemini Pro exhibit advanced proficiency in symbolic reasoning and multi-step calculations, making them suitable for engineering mathematics assessments where procedural accuracy and conceptual clarity are key.
Enterprise Process Flow: Proposed GenAI-Assisted Grading Process
Criterion-Referenced Grading Framework
A novel criterion-referenced grading method was developed by converting qualitative rubrics into 'Yes/No' questions. This shifts assessment from subjective evaluation to objective, verifiable tasks, aligning with AI's strengths in clear, logical operations. Each binary grading decision is accompanied by a detailed explanation of the AI's reasoning, providing constructive and pedagogically meaningful insights rather than just flagging errors.
| Assessment Type | GenAI Accuracy | Researcher 1 Accuracy | Researcher 2 Accuracy |
|---|---|---|---|
| Overall | 92.5% | 93.8% | 86.8% |
| Numerical Answers | 93.2% | N/A | N/A |
| Descriptive Reasoning | 88.6% | N/A | N/A |
| Short Answers | 95.7% | N/A | N/A |
| Proof Questions | 91.9% | N/A | N/A |
Human Grader Perceptions of GenAI Assistance
The two researchers perceived GenAI as a 'helpful second reviewer' that improved accuracy by catching small errors and provided more complete feedback than they could manually. Key themes included: Enhanced Structure, Consistency, and Feedback due to the binary question framework; AI as a 'Helpful Second Reviewer' good at grasping small details. The AI-generated explanations were 'much better and complete' than typical manual feedback, effectively pinpointing student errors and providing constructive comments.
Current Limitations of GenAI
Despite promising results, the study underscores current limitations. GenAI struggled with 'unanticipated student approaches' and 'simplification misjudgments' (e.g., rejecting valid alternative solutions or equivalent simplified forms). It also noted that the tool is 'not yet reliable enough for autonomous use', especially with unconventional solutions, highlighting the need for a 'human in the loop' to handle edge cases.
Future Research Directions
Future work should investigate student perceptions of GenAI grading and feedback to ensure broader adoption. Further validation with different subjects and AI models is also needed. The ongoing need to digitize handwritten responses and the importance of human review for complex or unconventional solutions remain critical areas for improvement and research.
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