Aug 2026· International Journal of Sciences and Innovation Engineering· 0 citations
TL;DR
EduMind is introduced, a unified tutoring and assessment platform designed around a dual-track evaluation model that demonstrates how assessment and tutoring can be unified into a seamless workflow, and remained operationally stable throughout all testing phases.
Abstract
Modern academic institutions face a fundamental gap: instruction is designed for the average student, leaving individuals with specific weaknesses without any targeted support mechanism. Standardised course pipelines and identical assessments for all students have consistently failed to close this instructional gap. Advances across Artificial Intelligence (AI), Natural Language Processing (NLP), and Generative AI now make it feasible to construct learning environments that actively evolves as each student progresses [1].
This paper introduces EduMind, a unified tutoring and assessment platform designed around a dual-track evaluation model. Closed- form questions are evaluated using fixed-logic scoring for consistent results, while open-ended answers are assessed by computing meaning-level correspondence with expert reference responses. The combined output enables fine-grained identification of both proficient and deficient knowledge areas at the topic level [2][3].
EduMind's embedded Generative Al module transforms evaluation data directly into targeted instructional content, addressing identified gaps with structured explanations and study material packaged into downloadable PDF reports. The system demonstrates how assessment and tutoring can be unified into a seamless workflow, and remained operationally stable throughout all testing phases.
InsightEval is an AI-powered system designed to transform static assessments into dynamic tools for continuous learning that automates the evaluation of multiple-choice, coding, and subjective questions by integrating technologies like Judge0 for code execution and Large Language Models for natural language grading.
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Michael, a syllabus-aware AI teaching assistant designed to scaffold reasoning through structured, hint-first dialogue aligned with course progression, rather than providing direct solutions, is introduced, suggesting that curriculum-aligned constraints and hint-first scaffolding can support instructional integration w...
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The data indicate that while AI offers robust adaptive scaffolding, its efficacy depends on users’ critical-thinking capacities, underscoring the urgent need for educational frameworks that cultivate prompt-engineering literacy and responsible human-AI collaboration.
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