How do I make agents reliably use tools?
You will design schema-safe tool contracts, validator loops, and fallback behavior for partial failure cases.
Design agents that reason, act, and recover under real production constraints.
Build tool-using agents, MCP integrations, planning loops, multi-agent orchestration, and hardened safety controls.
Oct 10, 2026
Live architecture + coding labs
8 weeks · 4 hours/week
ReAct + Plan/Execute + Reflection
Core patterns
Model Context Protocol (MCP)
Protocol focus
Autonomous Research Agent
Capstone
LangGraph / AutoGen / CrewAI
Frameworks
You will design schema-safe tool contracts, validator loops, and fallback behavior for partial failure cases.
MCP gives you a standardized integration layer so your agents can discover and use tools consistently.
You will implement sandboxing, policy checks, and safety gates aligned with real enterprise constraints.
You learn the underlying patterns first, then use frameworks intentionally for scale and maintainability.
Completion certificate for verified track milestones.
Build and present a portfolio-ready final implementation.
Hands-on exercises focused on real engineering workflows.
Project-based evaluation with actionable instructor feedback.
Part 1
Give agents practical capabilities through robust tool interfaces.
Part 2
Build MCP servers and connect clients for portable tool integration.
Part 3
Autonomous loops with observation, reasoning, and action cycles.
Part 4
Task decomposition, dependency handling, and failure recovery.
Part 5
Specialized sub-agents coordinated through orchestrator patterns.
Part 6
Policy enforcement, output validation, and secure execution boundaries.
Part 7
LangGraph, AutoGen, and CrewAI implementation strategies.
Part 8
Autonomous research agent delivering structured output end-to-end.
Saturday and Sunday · 11:00 AM PST · 2 hours/session
Add All Sessions to CalendarSaturday
Sat, Oct 10, 2026
Give agents practical capabilities through robust tool interfaces.
11:00 AM PST · Upcoming
Sunday
Sun, Oct 11, 2026
Hands-on implementation and feedback for week 1 - tool use + function calling.
11:00 AM PST · Upcoming
Saturday
Sat, Oct 17, 2026
Build MCP servers and connect clients for portable tool integration.
11:00 AM PST · Upcoming
Sunday
Sun, Oct 18, 2026
Hands-on implementation and feedback for week 2 - model context protocol.
11:00 AM PST · Upcoming
Saturday
Sat, Oct 24, 2026
Autonomous loops with observation, reasoning, and action cycles.
11:00 AM PST · Upcoming
Sunday
Sun, Oct 25, 2026
Hands-on implementation and feedback for week 3 - agent foundations.
11:00 AM PST · Upcoming
Saturday
Sat, Oct 31, 2026
Task decomposition, dependency handling, and failure recovery.
11:00 AM PST · Upcoming
Sunday
Sun, Nov 1, 2026
Hands-on implementation and feedback for week 4 - planning + reasoning.
11:00 AM PST · Upcoming
Saturday
Sat, Nov 7, 2026
Specialized sub-agents coordinated through orchestrator patterns.
11:00 AM PST · Upcoming
Sunday
Sun, Nov 8, 2026
Hands-on implementation and feedback for week 5 - multi-agent systems.
11:00 AM PST · Upcoming
Saturday
Sat, Nov 14, 2026
Policy enforcement, output validation, and secure execution boundaries.
11:00 AM PST · Upcoming
Sunday
Sun, Nov 15, 2026
Hands-on implementation and feedback for week 6 - safety + security.
11:00 AM PST · Upcoming
Saturday
Sat, Nov 21, 2026
LangGraph, AutoGen, and CrewAI implementation strategies.
11:00 AM PST · Upcoming
Sunday
Sun, Nov 22, 2026
Hands-on implementation and feedback for week 7 - frameworks in production.
11:00 AM PST · Upcoming
Saturday
Sat, Nov 28, 2026
Autonomous research agent delivering structured output end-to-end.
11:00 AM PST · Upcoming
Sunday
Sun, Nov 29, 2026
Hands-on implementation and feedback for week 8 - capstone.
11:00 AM PST · Upcoming
Every session is built around implementation outcomes. These modules show exactly what you will build, practice, and carry into real projects.
Module 1
Give agents practical capabilities through robust tool interfaces.
Module 2
Build MCP servers and connect clients for portable tool integration.
Module 3
Autonomous loops with observation, reasoning, and action cycles.
Module 4
Task decomposition, dependency handling, and failure recovery.
Module 5
Specialized sub-agents coordinated through orchestrator patterns.

Experience
25 years of IT experience across engineering delivery, quality, and modern platform transformation
Focus
AI, Automation, and Production Engineering
Founder and Lead Instructor
Deepak Kamboj is an AI and quality engineering mentor who helps teams move from tutorial-level learning to production-ready implementation. His teaching style combines architecture clarity, real delivery constraints, and execution patterns that engineers can apply immediately.

LangGraph
AutoGen

CrewAI

MCP
Docker

LangSmith

Weights & Biases
Node.js
"The MCP module gave us a clean way to expose internal tools to agents without one-off glue code."
"The planning and recovery patterns made our autonomous workflows dramatically more reliable."
"Week 6 safety drills were exactly what we needed before moving our agent to customer-facing pilots."
Yes, or have equivalent experience with RAG, embeddings, and LLM APIs.
Yes. It is a core module with implementation and architecture review deliverables.
No. You learn portable design patterns and compare tools/frameworks pragmatically.
Final call
Reserve your spot and receive your onboarding details, prep material, and implementation roadmap.
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