AceDevHub

AceDevHub · Agentic AI

Agentic AI Engineer Program

AceDevHub · Agentic AI Engineering

Stop Learning AI Agents in Pieces.

One JavaScript and TypeScript path from model choice and tool calling to RAG, LangGraph orchestration, MCP integrations, evaluation, and production agent systems you can actually operate.

1 developers joined

JS
TS
LangGraph
RAG
MCP
Eval

One connected engineering path

  1. 1Frame the problem
  2. 2Models & tools
  3. 3RAG & search
  4. 4Orchestration
  5. 5Evaluate
  6. 6Ship & observe

0+

Developers joined

1 developers joined

62+

Agent engineering topics

10

Curriculum phases

1

Connected path

Value

One Program Instead of Scattered Agent Tutorials.

Agent content is usually purchased as disconnected demos. This program is designed as one production engineering path.

Bootcamp Route

Typical fragmented AI bootcamp route

  • Prompt engineering module₹4,999+
  • RAG / vector DB cohort₹6,499+
  • Agent framework workshop₹7,999+
  • Eval / quality program₹5,499+
  • Deployment & ops add-on₹4,999+
Illustrative total (same topics, separate buys)₹29,000+

Illustrative India bootcamp price bands only — not quotes from any one provider. Voice-agent platforms and ML research tracks are separate products and are intentionally left out.

AceDevHub route

One connected engineering program

Frontend → Backend → Auth → Data → Distributed → Testing → Production

One curriculum sequence
One architecture story
One instructor context
No restarting from zero every course
Launch pricingPricing announced before launch.

This comparison is about fragmentation cost — not a claim that AceDevHub matches any number above.

Marketplace Route

Piecing it together on Udemy-style catalogs

  • Prompting, RAG, LangChain, agents, eval, deployment intros…
  • Usually several ₹399–₹999 sale courses — then more when gaps appear
  • Cart grows every time a new agent tool shows up in a job or project

Typical cart range for similar breadth

₹15,000–₹25,000+

Not one checkout — the sum of sale courses you keep adding.

Plus the hidden cost

The price is only the receipt. This is what you actually pay in time and confusion.

01

Different instructors

02

Repeated introductions

03

Demo-only projects

04

Missing evaluation habits

05

Weak production wiring

The biggest saving is not only money. It is context switching.

Why this course

Agent Education Is Too Fragmented.

The problem is not a lack of AI content. It is the lack of one coherent path from demo to operable product.

Demos without evaluation

Impressive agent videos hide brittle failure modes — you never build the habit of catching them before users do.

Framework hype without architecture

LangChain, RAG, and MCP arrive as separate trends instead of layers in one shippable agent system.

Prompt tricks without product context

Techniques float free of Fastify APIs, auth, operator controls, and the JS/TS codebase the agent must live inside.

Production is always the bonus module

Observability, cost tracking, and safe rollout show up last — after the architecture should already be operable.

The AceDevHub path

One progression. Each layer unlocks the next.

  1. 1Foundations
  2. 2Models & tools
  3. 3RAG & grounding
  4. 4Orchestration
  5. 5Evaluation
  6. 6Product & production

Course overview

Frame the Problem. Ground the Agent. Evaluate It. Ship It.

A production-first JavaScript and TypeScript curriculum — not a playlist of disconnected AI demos. Each phase connects to the next so you understand where models, tools, RAG, orchestration, and observability belong in a real product.

Design

TypeScriptModelsToolsPrompts

Control

RAGLangGraphMemoryEval

Ship

AI UIAPIsObservabilityDeploy
Decide when an agent is the right product shape — and when a workflow is enough
Call OpenAI, Gemini, and Anthropic through unified SDK patterns with Zod contracts
Design tool schemas, permissions, and grounded actions instead of free-form guessing
Build RAG pipelines with embeddings, pgvector, ingestion, search, and reranking
Orchestrate multi-step work with LangGraph-style control loops and recovery
Connect MCP servers, browser agents, and SaaS integrations through clear boundaries
Persist agent memory and run durable async workflows with checkpointing
Evaluate agents with regression sets, tracing, and guardrails before production trust
Expose streaming AI UI, APIs, and operator controls engineering teams can maintain
Track cost, deploy with Docker, and iterate safely from production signals

Curriculum overview

From Agent Foundations to Production Systems.

Ten deliberately ordered phases — frame the problem, call models safely, ground with RAG and tools, orchestrate with LangGraph, evaluate before trust, then ship and operate inside real JavaScript and TypeScript products.

When agents are the right shape
Agents vs workflows vs search
TypeScript & Node.js runtime
Zod & schema contracts
Environment & config validation
Fastify / Next.js product context
OpenAI, Gemini & Anthropic
Model aggregators & fast inference
Vercel AI SDK
Local model runtimes
Structured output contracts
Prompt management basics
Prompt templates & message design
Tool calling patterns
LangChain prompt abstractions
Output parsing & recovery
Guardrails at the boundary
Rate limiting AI endpoints
Zod
LangChain.js
LangChain.js fundamentals
LangGraph.js
Mastra
OpenAI Agents SDK & Google ADK
Supervisor & multi-agent patterns
Human-in-the-loop
Embeddings & vector search
Document parsing & ingestion
Web crawling & site ingestion
Web search for agents
Reranking
LlamaIndex.TS patterns
pgvector
Firecrawl
Tavily
Model Context Protocol (MCP)
Composio & Arcade
Browser automation agents
Agent OAuth & outbound auth
Code execution sandboxes
A2A & agent communication
Stagehand
Playwright
LangGraph checkpointing
Agent memory systems
Inngest & Trigger.dev
BullMQ job queues
Redis & semantic cache
PostgreSQL as agent store
AI evaluation frameworks
LangSmith & Langfuse
Red team & adversarial testing
Guardrails & moderation
Unit & integration testing
E2E agent testing
Promptfoo
Vitest
Playwright
Vercel AI SDK UI & streaming
AG-UI & CopilotKit
Generative UI patterns
Authentication for AI products
Realtime & voice agents
Billing & usage monetization
Auth0
Stripe
OpenTelemetry & distributed tracing
AI cost & usage tracking
Logging & error monitoring
Docker & containerization
Vercel, Cloudflare & Cloud Run
CI/CD for AI services
Secrets & config management
Safe rollout & iteration
Sentry
GitHub Actions

One primary technology per layer — alternatives appear for comparison, not logo tourism.

Curriculum explorer

Explore the 10 agent engineering phases

From problem framing and model choice to RAG, LangGraph, MCP, evaluation, and production observability — one connected path, not a scattered demo playlist.

Phase 01

Agent Foundations & JS/TS Context

Frame when an agent belongs in the product and set the JavaScript/TypeScript engineering context agents ship inside.

  • When agents are the right shape

    Problem framing before model or framework choice

  • Agents vs workflows vs search

    Choosing the simplest product shape that works

  • TypeScript & Node.js runtime

    The default AceDevHub agent engineering stack

  • Zod & schema contracts

    Validation shared across tools, APIs, and model output

  • Environment & config validation

    Safe runtime configuration for AI services

  • Fastify / Next.js product context

    Where agent capabilities live in real web systems

TypeScriptNode.jsZodFastifyNext.js

Architecture

See the Agent System Before You Learn the Pieces.

Every layer exists because a production agent eventually develops a problem that requires it — UI surfaces, runtime control, grounding, safety, and operability.

01

Product surface

Capability branches

03

Grounding

04

Integrations

05

Safety

Audience

Built for Engineers Shipping AI Inside Real Products

01

JS/TS product engineers

You build web products and want agent capabilities — RAG, tool calling, LangGraph, MCP — wired into Fastify or Next.js systems, not isolated notebooks.

02

Full-stack developers

You can ship features end to end and want a coherent path through orchestration, evaluation, operator controls, and production observability.

03

Working software engineers

You are tired of collecting agent demos. You want one curriculum that connects models, grounding, frameworks, eval, and deploy.

Not for everyone

Probably not for you if you only want prompt tricks, need a Python-first or ML research track, or want a voice-agent-only product course with no backend engineering depth.

Outcomes

What You’ll Be Able to Do

These outcomes describe the capabilities the Agentic AI program is built to develop.

  1. 01

    Frame agent problems correctly

    Decide when an agent belongs in the product and when a simpler workflow is enough.

  2. 02

    Build grounded tool-using agents

    Connect models to real actions with clear contracts instead of free-form guessing.

  3. 03

    Design RAG and search pipelines

    Ingest documents, retrieve context, rerank results, and keep answers tied to sources.

  4. 04

    Orchestrate multi-step work

    Design control loops, memory, and recovery so longer tasks do not collapse on the first failure.

  5. 05

    Evaluate before you ship

    Use evaluation habits that catch brittle behavior before users do.

  6. 06

    Ship and operate agent products

    Expose APIs, UI, tracing, and cost controls that engineering teams can maintain after launch.

Differentiation

Designed as an Engineering Curriculum, Not a Demo Playlist.

Typical fragmented AI learning

AceDevHub Agentic AI path

Prompt tips first

Problem framing → models → tools → orchestration → eval

Framework hype cycle

LangGraph spine with deliberate comparison modules

RAG sold as a standalone course

RAG, search, and reranking inside the agent architecture

MCP / browser agents as Twitter threads

MCP, Composio, and Stagehand as integration layers

Demo notebooks and chat UIs

Product APIs, streaming AI UI, auth, and operator controls

Evaluation is optional content

Promptfoo, tracing, and guardrails before production trust

Deploy taught as a final bonus video

OpenTelemetry, cost tracking, Docker, and CI/CD gates

Different course conventions every week

One JS/TS progression from foundations to production

Instructor

Meet Your Instructor

Sangam Mukherjee

Software Engineer & Educator

9+ years of engineering experience

Software engineer and educator focused on practical JavaScript/TypeScript systems — including how agent capabilities fit into real products.

This program focuses on the gaps between AI demos and production systems: tooling contracts, RAG, orchestration, evaluation, product surfaces, and safe iteration.

The goal is not maximum logo coverage. The goal is understanding where each piece belongs in a shippable agent architecture.

Previously

Target
Walmart
Oracle

FAQ

Common questions

One connected agent path

You Should Not Need 40 Tabs Open to Learn Agents.

Join the waitlist for a production-first Agentic AI curriculum — models, RAG, LangGraph, MCP, evaluation, and shipping patterns in one JavaScript and TypeScript engineering path.

Join 1 developers already waiting for launch.