Potential Thesis Title/Topic:

The Design and Efficacy of an Intelligent Conversational Agent Grounded in Socratic Scaffolding for the Development of Critical and Creative Thinking Skills in Mathematics Among Sixth-Grade Students.

The Thesis (The Core Argument and Defended Proposition):

The central thesis of this research posits that:

“The integration of an intelligent conversational agent (AI) acting as a Socratic ‘thinking coach’—rather than as a mere answer-dispensing assistant—allows for the structuring, individualization, and optimization of learning through pedagogical scaffolding, thereby significantly fostering the development of higher-order thinking skills (critical and creative) among 6th-grade students in mathematics, far beyond simple memorization or the algorithmic application of rules.”

The Key Pillars of This Research Thesis:

1. The Break with Traditional Assistants (“Customs” vs. “AI Agent”):
   The research demonstrates the superiority of an agent equipped with a genuine cognitive and pedagogical architecture (capable of diagnosing reasoning errors and adjusting the level of scaffolding) compared to a static chatbot or a classical custom assistant.
2. The Refocusing on Higher-Order Cognitive Skills:
   The hypothesis rests on the idea that acquiring thinking abilities (Analysis, Interpretation, Deduction, Fluency, Flexibility) through age-appropriate Socratic questioning (ages 12–13) takes precedence over the mere correctness of the final result.
3. Pedagogical Genericity and Transferability:
   The research aims not merely to validate a fixed tool on a closed question bank, but to prove that an intelligent agent (Maher) capable of dynamically generating questions and scaffolds for any curriculum lesson can be integrated sustainably and effectively into the real educational system.