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System Architecture

TSB AI edited this page Feb 26, 2026 · 2 revisions

System Architecture

Overview

TSB AI is built as a modular, scalable intelligence system.

It separates psychological modeling, adaptive logic, and content delivery into distinct layers to ensure flexibility and long-term extensibility.


Core Architectural Layers

1. Input Layer

Handles:

  • Student queries
  • Assessment responses
  • Behavioral signals
  • Performance data

This layer collects both explicit and implicit inputs.


2. Psychological Assessment Layer

Processes structured cognitive and behavioral indicators to generate:

  • Stress profile
  • Motivation model
  • Decision pattern mapping
  • Learning style indicators

Outputs a dynamic psychological state vector.


3. Cognitive Profile Builder

Aggregates assessment results into a persistent adaptive model.

Responsible for:

  • Updating user profile
  • Tracking longitudinal changes
  • Identifying behavioral drift
  • Detecting burnout risk

4. Adaptive Response Engine

Core intelligence layer that determines:

  • Tone of communication
  • Level of conceptual depth
  • Reinforcement strategy
  • Study pacing
  • Reflection prompts

This layer modifies how content is delivered.


5. Content Intelligence Layer

Handles:

  • Concept explanations
  • Problem-solving guidance
  • Structured learning plans
  • Revision strategies

This layer interacts with large language models or internal knowledge systems.


6. Feedback Loop System

Continuously monitors:

  • Performance improvement
  • Consistency patterns
  • Emotional stability signals
  • Engagement fluctuations

Feeds adjustments back into the Psychological Engine.


Deployment Philosophy

TSB AI is designed to support:

  • Cloud-based intelligence
  • Hybrid privacy-first systems
  • Optional local deployment
  • Modular hardware integration

The architecture is built to scale from chatbot prototype to full cognitive ecosystem.


Long-Term Expansion

Future extensions may include:

  • Environmental data integration
  • Focus-state detection
  • Hardware-assisted feedback systems
  • Multi-agent adaptive modeling

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