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Integrating AI into the Product Architecture

Integrating AI into the Product Architecture

2h 16mIntermediate2025-05-02

Authors

Jigyasa Grover

Jigyasa Grover

Course details

This course equips developers, machine learning engineers, and AI engineers with the essential knowledge and practical skills to seamlessly integrate AI models into product architectures. Explore effective collaboration techniques with data science teams, best practices for comprehensive model testing and validation, and proven architectural patterns for scaling and deploying AI-powered applications. The course also covers crucial UX/UI considerations to build trustworthy, interpretable, and ethical AI-infused products.

Learning objectives
Learn to apply robust testing methodologies to ensure model performance, robustness, and fairness.
Build scalable and maintainable AI integration patterns tailored to product requirements.
Implement comprehensive monitoring and observability for AI models in production.
Incorporate principles of explainable AI, uncertainty handling, and ethical AI practices into the user experience.

Skills covered

Product and Industrial DesignArtificial Intelligence FoundationsProduct and ManufacturingArtificial Intelligence (AI)One-Off

Concepts

Welcome to the Course

  • 01 - Course introduction and prerequisites

1. Foundations of LLM Integration

  • 02 - What LLMs can (and can't) do in production
  • 03 - Deep dive into LLMs - Recap of the mechanics
  • 04 - Prompt engineering techniques to improve LLM output
  • 05 - Cross-functional team for LLM integration

2. Integrating LLMs into Your Product

  • 06 - Choosing your LLM provider - Navigating the LLM landscape
  • 07 - API-based access - Simplifying LLM integration
  • 08 - Hands-on - your first LLM integration
  • 09 - Sync vs. Async - Integrating LLMs effectively
  • 10 - Real-time data pipelines for LLM integration
  • 11 - Secure LLM integration - API keys, rate limiting, and data access

3. Deployment Strategies

  • 12 - Understanding deployment options
  • 13 - Cloud-based LLMs - Advantages and disadvantages
  • 14 - On-premise LLMs - Control and customization
  • 15 - Edge deployment - Low latency and privacy
  • 16 - Hybrid deployment - Balancing flexibility and complexity
  • 17 - Choosing the right deployment strategy

4. Optimizing Performance and Reliability

  • 18 - Fine-tuning overview - Tailoring LLMs to specific needs
  • 19 - Caching LLM responses - Optimizing performance and cost
  • 20 - Handling LLM failures - Building a reliable retry system
  • 21 - Scaling - Architectural patterns for LLM integration

5. Production Readiness - Testing, Validation, and Monitoring

  • 22 - Validating and sanitizing LLM inputs and outputs
  • 23 - Testing your LLM integration - Strategies and best practices
  • 24 - Key metrics for LLM integration - What to track
  • 25 - Setting up alerts - Monitoring your LLM integration
  • 26 - Optimizing LLM costs in production

6. User Experience, Ethics, and Governance

  • 27 - Graceful degradation and transparent communication
  • 28 - Explainable AI - Providing insights into LLM decisions
  • 29 - Ethical considerations - Bias, fairness, and responsible use
  • 30 - LLM usage tracking and compliance

Conclusion

  • 31 - LLMs for business growth - Revisiting the potential
  • 32 - Course summary and future learning

About us

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