AI+ Context Engineering™
Master AI+ Context Engineering for Production-Grade AI Systems
This course explores context strategy and architecture, teaching learners how to design robust AI systems that extend beyond prompts by managing instructions, memory, tools, and knowledge across sessions. Participants gain hands-on experience building context-aware AI solutions, including context pipelines, retrieval-augmented generation (RAG), and memory frameworks that improve accuracy and efficiency. The program develops expertise in context management and optimization through the Write-Select-Compress-Isolate (W-S-C-I) framework, reducing hallucinations and controlling token usage. Learners also explore enterprise-grade context integration, covering secure memory, compliance guardrails, and role-based controls. Finally, participants build future-ready skills in multi-agent systems and workflow design for scalable, reliable AI deployments.
Enrollment Fee:
MUR 5,980
What You'll Learn
1.1 What is Context Engineering (Beyond Prompt Engineering)
1.2 From Prompting to Context Pipelines: The 2025 Paradigm Shift
1.3 The Four Building Blocks of Context: Instructions, Knowledge, Tools, State
1.4 Short-Term vs Long-Term Memory in LLM Systems
1.5 Benefits of Context Engineering: Grounding, Relevance, Continuity, Cost Control
1.6 Use Case: Context-Aware AI Travel Assistant
1.7 Hands-on: Designing System Instructions and Memory State for a Role-Based AI Agent
2.1 The W-S-C-I Framework: Write, Select, Compress, Isolate
2.2 WRITE Strategy: Agent Identity, Persona, Guardrails, and State
2.3 SELECT Strategy: Precision Retrieval & Metadata Filtering
2.4 COMPRESS Strategy: Summarization, Token Optimization, Auto-Compaction
2.5 ISOLATE Strategy: Context Boundaries, Safety, and Focus
2.6 Advanced Retrieval Patterns: Hybrid Search, Semantic Chunking
2.7 Case Study: ChatGPT & Claude Memory Systems
2.8 Hands-on: Implement Context Selection & Compression Using LangChain / LlamaIndex
3.1 The End-to-End Context Pipeline (Input → Retrieval → Compression → Assembly → Response → Update)
3.2 Retrieval-Augmented Generation (RAG) Architecture Deep Dive
3.3 Vector Databases: Pinecone, Chroma & Embedding Models
3.4 Grounding Failures: Hallucinations, Context Poisoning, Distraction
3.5 Mitigation Techniques: Rerankers, Provenance, Context Forensics
3.6 Case Study: Anthropic’s Multi-Agent Researcher (MAR)
3.7 Hands-on: Build a RAG Pipeline with Vector Search and Grounded Responses
4.1 Token Economy & Cost Optimization in Context Pipelines
4.2 Context Scaling & the Model Context Protocol (MCP)
4.3 Security & Compliance: PII Filtering, Redaction, Role-Based Access
4.4 Conflict Resolution & Context Consistency
4.5 Multi-Modal Context: Text, Tables, PDFs, Video Transcripts
4.6 Case Studies: Walmart “Ask Sam” & Morgan Stanley Knowledge Assistant
4.7 Hands-on: Implement Role-Based Context Filtering and Secure Retrieval
5.1 Translating Business Processes into AI-Ready Context Flows
5.2 Context Flow Diagrams (CFDs) & Automated Workflow Architecture (AWA)
5.3 Implementing W-S-C-I Visually Using No-Code Tools (n8n / Make / Zapier)
5.4 Context Templates for Consistency & Structured Outputs
5.5 Use Case: Dynamic Customer Onboarding Assistant
5.6 Case Studies: Airbnb Support Automation & HSBC SME Lending
5.7 Hands-on: Build a Context Flow Using No-Code Orchestration
6.1 Context Engineering in Regulated Domains
6.2 Healthcare: Clinical Decision Support & PHI Isolation
6.3 Finance: Market Analysis, Compliance Summarization & Tool-Based Context
6.4 Legal & Education: Precision Retrieval & Personalized Learning Context
6.5 Risk Mitigation: Context Poisoning & Context Clash
6.6 Advanced Agent Memory for Long-Horizon Tasks
6.7 Case Studies: Activeloop (Legal/IP) & Five Sigma (Insurance)
7.1 Why Monolithic Agents Fail: Context Explosion
7.2 Multi-Agent Systems (MAS) & Context Isolation
7.3 Agent Roles: Router, Planner, Executor
7.4 Agent-to-Agent Context Compression
7.5 Guardrails, Governance & Inter-Agent Safety
7.6 Ethics, Bias Mitigation & Source Traceability
7.7 Case Studies: IBM Watson Orchestrate & Enterprise Context Orchestrators
7.8 Career Pathways: Context Architect & AI Governance Roles
8.1 Capstone Overview: Multi-Agent Context-Aware System
8.2 Build: Query Router with Financial Calculations & Policy RAG (n8n)
8.3 Presentation, Review & Feedback
8.4 Final Evaluation & AI+ Context Engineering Certification
Prerequisites
- Basic Programming Knowledge: Familiarity with Python, Java, or similar languages.
- Understanding of AI Concepts: Basic knowledge of machine learning and AI.
- Data Handling Skills: Ability to work with datasets and preprocessing techniques.
- Experience with IoT: Familiarity with Internet of Things applications.
- Familiarity with Cloud Platforms: Basic knowledge of cloud-based AI services
Exam Details
Duration:
90 minutes
Passing Score:
70% (35/50)
Format:
50 multiple-choice/multiple-response questions
Delivery Method:
Online via proctored exam platform (flexible scheduling)
Unlock Self-Paced Online Learning
- Unlock Self-Paced Online Learning
- Access learning anytime, anywhere, with built-in quizzes to measure progress.
- Enrollment Fee: MUR 5,980