Lead Enterprise AI Platforms & Crack Top-Tier Roles

Lead, design, and scale agentic AI systems the way top engineering leaders will in 2026, owning architecture, orchestration, evaluation, and production rollout with confidence.

Built for Engineering Managers responsible for modern AI platforms, not just teams shipping features.
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Program Overview

Who It Is For

  • EMs leading teams that build and operate agentic AI systems
  • EMs transitioning into AI first platform ownership roles
  • EMs accountable for scaling AI powered workflows and outcomes

Instructors

  • Senior MAANG+ Engineering Managers and platform leads
  • Practitioners running agentic AI systems in production
  • Experience-grounded guidance from real ownership roles

Program Duration

  • 33 weeks of structured, outcome-focused learning
  • Covers agentic AI foundations through enterprise-scale launch
  • Designed to fit alongside active EM responsibilities, with 6 months of post-program support

Agentic AI & Domain-specific Interview Prep

  • Interview prep focused on agentic AI & platform roles
  • Learn to explain architecture decisions, tradeoffs and metrics
  • Prepare for EM-specific interviews

Live Learning

  • 40+ hours of live instruction with MAANG+ EMs and AI architects
  • Guided system builds with real-time feedback
  • Sessions focused on decision-making, not theory

Real-World Projects

  • 7 live guided agentic system build projects
  • 1 capstone project or bring your own project
  • Emphasis on architecture, orchestration, evaluation, and scale

This program prepares Engineering Managers to own AI platforms end to end, the way EM roles will be defined in 2026 and beyond.

Average Salary
0 LPA
Professionals trained
0 +
Average ROI on course price
5x- 5 x

30+ Tools & Tech You’ll Learn

Why EMs Choose This Applied Agentic AI Program

Built for Real Production Platforms

  • Design and build agentic AI systems through live guided projects
  • Reflect how AI platforms operate in real engineering organizations
  • Go beyond demos to systems that run at enterprise scale

What EMs Actually Use at Work

  • Learn agentic AI concepts relevant to platform and system ownership
  • Focus on real business workflows, not academic exercises
  • Apply proven patterns directly to ongoing engineering initiatives

Own the Shift to AI Platforms

  • Understand how agentic AI is changing day to day engineering work
  • Gain skills to design, implement, and operate AI platforms
  • Take ownership of AI adoption, not just experimentation

Learn from EMs Building It Today

  • Guided by 700+ MAANG+ Engineering Managers and platform leaders
  • Learn directly from professionals running agentic AI systems in production
  • Get practical insights grounded in real ownership roles

Applied Agentic AI Interview Preparation

  • Interview preparation for agentic AI and platform focused EM roles
  • Learn to explain architecture decisions, tradeoffs, and evaluation clearly
  • Practice system design and leadership scenarios expected in senior EM interviews

Results EMs Trust

  • Trusted by thousands of professionals globally
  • NPS of 55 and learner rating of 4.75 plus
  • Outcomes driven by applied learning and real platform work

This program prepares Engineering Managers to own AI platforms end to end, the core EM mandate in 2026 and beyond.

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Detailed Curriculum: Agentic AI for Engineering Managers

Applied Agentic AI Core for EMs
Foundations & Low-Code Setup
  • Clarify user problems and business goals for agentic systems
  • Apply risk signal rules and compliant offer policies
  • Generate RM-ready outputs and log recommendations end to end

Project: BankCo Customer Retention Agent
Outcome:
Understand how decision-support agents work in real business processes.

Agentic Fundamentals (Reflex → Reasoning)
  • Evolution from rule-based systems to LLM-powered agents
  • Core agent components: Tools, Memory, and Control Flow
  • Agentic Design Patterns: Routing and Reflection

Project: Customer Inquiry Routing Agent using n8n
Outcome: Understand agent behavior and make informed design tradeoffs.

RAG Knowledge Agents
  • Chunking strategies, embeddings, and vector database concepts
  • Top-k retrieval, metadata filtering, and Cohere reranking
  • Grounded response generation and hallucination prevention

Project: NovaCart Internal Knowledge Agent using n8n and Pinecone
Outcome: Design reliable RAG systems that deliver grounded, citation-backed responses.

Multi-Agent Orchestration
  • Orchestration patterns: Planner–Executor–Critic, Supervisor, and DAG
  • Structured JSON, shared state, and modular sub-workflows
  • Observability: execution tracing, logging, and failure prevention

Project: Intelligent Trip Planner using n8n
Outcome: Design and operate coordinated multi-agent systems at enterprise scale.

Conversational & Multimodal Agents
  • ASR → LLM → TTS pipeline with sub-250ms latency
  • Speech recognition with Whisper and voice output via ElevenLabs
  • RAG for voice and KPIs: TTFA, Semantic Accuracy, Call Containment Rate

Project: Streamlit Audio Bot & ElevenLabs Native Voice Agent
Outcome: Build production-ready voice AI systems with multimodal inputs.

Agentic Workflow Management
  • MCP, A2A, and Skills concepts for standardized agent interfaces
  • Message graphs, asynchronous workflows, and delegation patterns
  • Debugging with execution traces, logs, and replay-based analysis

Project: Multi-Agent Negotiation Simulator
Outcome: Design and manage structured agent communication at scale.

Evaluating and Operationalizing Agents
  • Offline and online evaluation: golden datasets and LLM-as-a-judge
  • Tracing and observability with LangSmith and DeepEval scoring
  • Guardrails, safety checks, and ship criteria for production agents

Project: Signup Email Agent using LangChain, DeepEval, and LangSmith
Outcome: Build, trace, and continuously improve LLM agents in production.

Technical Fine-Tuning & Integration
  • Fine-tuning concepts: LoRA and PEFT within agent system design
  • Accuracy, cost-per-call, and latency as evaluation signals
  • Serving fine-tuned models via hosted and custom endpoints

Project: Fine-Tuned Model Integration — trained model for comparative evaluation
Outcome: Evaluate when fine-tuning is justified and integrate custom models responsibly.

Capstone Project: End-to-End Multi-Agent System
  • Design and implement a full production-style multi-agent workflow
  • RAG pipelines, evaluation frameworks, safety guardrails, and monitoring
  • Architecture diagrams, evaluation reports, and system documentation

Capstone Options: Multi-Agent BRD-to-Engineering System Generator / Multi-Agent Hiring Process Intelligence System / Multi-Agent Team Sentiment & Growth Feedback System / BYOP
Outcome: Design and ship a complete enterprise-grade agentic AI system.

Agentic AI System Design and Interview Preparation for EMs
Agentic Research Systems: Planning, Tools & Guardrails
  • Agent architecture: ReAct vs Plan-and-Execute vs Hybrid
  • Tool integration: search APIs, retrieval systems, and reliability
  • Guardrails: hallucination mitigation, source verification, and grounding
Agentic Text-to-SQL: Reliable Data Reasoning Systems
  • Schema retrieval, query generation, execution, and refinement
  • Guardrails: preventing dangerous queries and limiting database access
  • Evaluation: query correctness, semantic validation, execution-based testing
Multi-Agent Systems: Coordination & Shared Intelligence
  • Planner, researcher, and executor agent roles and coordination
  • Shared memory design: task state and intermediate outputs
  • Observability: tracing across agents and debugging multi-agent failures
Self-Improving Agents: Evaluation & Verification Loops
  • Verification-based agents: generate, test, and refine loops
  • Evaluation systems: test execution, static analysis, and candidate ranking
  • Productionisation: sandboxed execution, cost control, and rollback mechanisms
Data Quality and Integration Challenges
Getting ready for AI Solutions
Technical Feasibility and ROI of GenAI Projects
Engineering Manager Interview Prep
Algorithms

Weeks 14-23

Scalable System Design

Weeks 24-29

Career Workshops

Weeks 30-31

Leadership Workshops

Week 32-33

Detailed Curriculum: Agentic AI for Engineering Managers

Applied Agentic AI Core for EMs
Foundations & Low-Code Setup
  • Clarify user problems and business goals for agentic systems
  • Apply risk signal rules and compliant offer policies
  • Generate RM-ready outputs and log recommendations end to end

Project: BankCo Customer Retention Agent
Outcome:
Understand how decision-support agents work in real business processes.

Agentic Fundamentals (Reflex → Reasoning)
  • Evolution from rule-based systems to LLM-powered agents
  • Core agent components: Tools, Memory, and Control Flow
  • Agentic Design Patterns: Routing and Reflection

Project: Customer Inquiry Routing Agent using n8n
Outcome: Understand agent behavior and make informed design tradeoffs.

RAG Knowledge Agents
  • Chunking strategies, embeddings, and vector database concepts
  • Top-k retrieval, metadata filtering, and Cohere reranking
  • Grounded response generation and hallucination prevention

Project: NovaCart Internal Knowledge Agent using n8n and Pinecone
Outcome: Design reliable RAG systems that deliver grounded, citation-backed responses.

Multi-Agent Orchestration
  • Orchestration patterns: Planner–Executor–Critic, Supervisor, and DAG
  • Structured JSON, shared state, and modular sub-workflows
  • Observability: execution tracing, logging, and failure prevention

Project: Intelligent Trip Planner using n8n
Outcome: Design and operate coordinated multi-agent systems at enterprise scale.

Conversational & Multimodal Agents
  • ASR → LLM → TTS pipeline with sub-250ms latency
  • Speech recognition with Whisper and voice output via ElevenLabs
  • RAG for voice and KPIs: TTFA, Semantic Accuracy, Call Containment Rate

Project: Streamlit Audio Bot & ElevenLabs Native Voice Agent
Outcome: Build production-ready voice AI systems with multimodal inputs.

Agentic Workflow Management
  • MCP, A2A, and Skills concepts for standardized agent interfaces
  • Message graphs, asynchronous workflows, and delegation patterns
  • Debugging with execution traces, logs, and replay-based analysis

Project: Multi-Agent Negotiation Simulator
Outcome: Design and manage structured agent communication at scale.

Evaluating and Operationalizing Agents
  • Offline and online evaluation: golden datasets and LLM-as-a-judge
  • Tracing and observability with LangSmith and DeepEval scoring
  • Guardrails, safety checks, and ship criteria for production agents

Project: Signup Email Agent using LangChain, DeepEval, and LangSmith
Outcome: Build, trace, and continuously improve LLM agents in production.

Technical Fine-Tuning & Integration
  • Fine-tuning concepts: LoRA and PEFT within agent system design
  • Accuracy, cost-per-call, and latency as evaluation signals
  • Serving fine-tuned models via hosted and custom endpoints

Project: Fine-Tuned Model Integration — trained model for comparative evaluation
Outcome: Evaluate when fine-tuning is justified and integrate custom models responsibly.

Capstone Project: End-to-End Multi-Agent System
  • Design and implement a full production-style multi-agent workflow
  • RAG pipelines, evaluation frameworks, safety guardrails, and monitoring
  • Architecture diagrams, evaluation reports, and system documentation

Capstone Options: Multi-Agent BRD-to-Engineering System Generator / Multi-Agent Hiring Process Intelligence System / Multi-Agent Team Sentiment & Growth Feedback System / BYOP
Outcome: Design and ship a complete enterprise-grade agentic AI system.

Agentic AI System Design and Interview Preparation for EMs
Agentic Research Systems: Planning, Tools & Guardrails
  • Agent architecture: ReAct vs Plan-and-Execute vs Hybrid
  • Tool integration: search APIs, retrieval systems, and reliability
  • Guardrails: hallucination mitigation, source verification, and grounding
Agentic Text-to-SQL: Reliable Data Reasoning Systems
  • Schema retrieval, query generation, execution, and refinement
  • Guardrails: preventing dangerous queries and limiting database access
  • Evaluation: query correctness, semantic validation, execution-based testing
Multi-Agent Systems: Coordination & Shared Intelligence
  • Planner, researcher, and executor agent roles and coordination
  • Shared memory design: task state and intermediate outputs
  • Observability: tracing across agents and debugging multi-agent failures
Self-Improving Agents: Evaluation & Verification Loops
  • Verification-based agents: generate, test, and refine loops
  • Evaluation systems: test execution, static analysis, and candidate ranking
  • Productionisation: sandboxed execution, cost control, and rollback mechanisms
Data Quality and Integration Challenges
Getting ready for AI Solutions
Technical Feasibility and ROI of GenAI Projects
Engineering Manager Interview Prep
Algorithms

Weeks 14-23

Scalable System Design

Weeks 24-29

Career Workshops

Weeks 30-31

Leadership Workshops

Week 32-33

Live Guided Projects

Customer Support Routing Agent

n8n-based AI agent that classifies incoming messages as demo requests, support tickets, or spam and routes each to the correct Google Sheet using GPT-4.1-mini

Internal Knowledge Assistant

n8n-powered assistant that ingests PDFs and Word docs from Google Drive, embeds them in Pinecone, and delivers grounded responses using OpenAI, Cohere reranking, and conversation memory

Multi-Agent Travel Planner

Multi-agent trip planning system in n8n that delegates across specialised agents for flights, hotels, and activities while validating timing, budget, and personalisation constraints

Voice Feedback Agent

Voice-enabled assistant that transcribes speech with Whisper, generates responses with GPT-4o, and converts answers to audio with gTTS, with latency reporting across the full speech pipeline

Negotiation Simulator

Multi-agent system where agents discover each other via A2A protocol, negotiate across rounds, and resolve conflicts using a Coordinator Agent, Weather Agent, and Venue Agent

Signup Email Agent

LangChain agent that generates personalised welcome emails from SaaS signup records with ICP fit scoring, evaluated via DeepEval and LangSmith online tracing

Fine-Tuned Model Integration

Train and integrate a fine-tuned model into an orchestrated pipeline using HuggingFace and PEFT/LoRA, with comparative evaluation across accuracy, cost, and latency signals

Projects are subject to change as per industry inputs.

Live Guided Projects

Customer Support Routing Agent

n8n-based AI agent that classifies incoming messages as demo requests, support tickets, or spam and routes each to the correct Google Sheet using GPT-4.1-mini

Internal Knowledge Assistant

n8n-powered assistant that ingests PDFs and Word docs from Google Drive, embeds them in Pinecone, and delivers grounded responses using OpenAI, Cohere reranking, and conversation memory

Multi-Agent Travel Planner

Multi-agent trip planning system in n8n that delegates across specialised agents for flights, hotels, and activities while validating timing, budget, and personalisation constraints

Voice Feedback Agent

Voice-enabled assistant that transcribes speech with Whisper, generates responses with GPT-4o, and converts answers to audio with gTTS, with latency reporting across the full speech pipeline

Negotiation Simulator

Multi-agent system where agents discover each other via A2A protocol, negotiate across rounds, and resolve conflicts using a Coordinator Agent, Weather Agent, and Venue Agent

Signup Email Agent

LangChain agent that generates personalised welcome emails from SaaS signup records with ICP fit scoring, evaluated via DeepEval and LangSmith online tracing

Fine-Tuned Model Integration

Train and integrate a fine-tuned model into an orchestrated pipeline using HuggingFace and PEFT/LoRA, with comparative evaluation across accuracy, cost, and latency signals

Projects are subject to change as per industry inputs.

Capstone Projects

Multi-Agent BRD-to-Engineering System Generator

AI-powered multi-agent system that converts complex BRDs into grounded engineering plans, architectures, and tech-stack recommendations using seven specialist agents with a Critic Agent revision loop and Green/Amber/Red quality badges

AI-Powered Hiring Intelligence System

Production-shaped multi-agent system with eight specialised agents that turns scattered hiring data into trustworthy, actionable insights covering sourcing quality, rejection patterns, offer declines, and pipeline health with LLM-as-judge evaluation and a Streamlit dashboard

Multi-Agent Team Sentiment & Growth Feedback System

Multi-agent system that automates team feedback cycles using six specialist agents to generate surveys, extract sentiment, recommend actions, and track progress with PII guardrails, human-in-the-loop approval, and cycle-over-cycle improvement loops

Bring Your Own Project (BYOP)

Work on a project of your choice with mentorship, structured guidance, and expert feedback, with support on tool and framework selection aligned to industry standards and best practices

Projects are subject to change as per industry inputs. Choose from one of 3 Capstone Projects.

Capstone Projects

Multi-Agent BRD-to-Engineering System Generator

Resume/ATS scoring assistant

AI-powered multi-agent system that converts complex BRDs into grounded engineering plans, architectures, and tech-stack recommendations using seven specialist agents with a Critic Agent revision loop and Green/Amber/Red quality badges

AI-Powered Hiring Intelligence System

Production-shaped multi-agent system with eight specialised agents that turns scattered hiring data into trustworthy, actionable insights covering sourcing quality, rejection patterns, offer declines, and pipeline health with LLM-as-judge evaluation and a Streamlit dashboard

Multi-Agent Team Sentiment & Growth Feedback System

Multi-agent system that automates team feedback cycles using six specialist agents to generate surveys, extract sentiment, recommend actions, and track progress with PII guardrails, human-in-the-loop approval, and cycle-over-cycle improvement loops

Bring Your Own Project (BYOP)

Work on a project of your choice with mentorship, structured guidance, and expert feedback, with support on tool and framework selection aligned to industry standards and best practices

Projects are subject to change as per industry inputs. Choose from one of 3 Capstone Projects.

+ Instructors to Train You

Get mentored by AI/ML leaders who are driving Agentic AI innovation at top global companies.

The IK Experience: What Our Alumni Are Saying

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FAQs

This is a comprehensive program built for software engineers and senior technical professionals who want to master Agentic AI and prepare for Tier 1 engineering roles. It is designed for backend, full stack, data, and platform engineers, as well as technically strong PMs, TPMs, and EMs who work closely with engineering systems.

Most programs stop at tools or demos. This program goes further by teaching how to design, evaluate, operate, and defend production-grade agentic systems. It uniquely combines Applied Agentic AI, Agentic AI interview preparation, and domain-level interview preparation in one end-to-end path.

Agentic AI refers to systems that reason, plan, call tools, coordinate with other agents, and operate within real workflows. Companies are moving beyond chat interfaces toward AI systems that automate decisions and actions. Engineers are now expected to build and manage these systems reliably.

Tier 1 companies increasingly evaluate engineers on their ability to design AI-powered systems, reason about tradeoffs, handle failures, and control cost and risk. Agentic AI skills are becoming part of core system design and architecture expectations.

The program prepares learners for roles such as Backend Engineer, Full Stack Engineer, AI Engineer, Platform Engineer, Senior Software Engineer, Technical Lead, and AI-focused PM or TPM roles where system-level reasoning is required.

No prior AI or machine learning experience is required. The program starts from foundational concepts and builds up. However, it assumes strong software engineering fundamentals.

You should be comfortable with coding, APIs, and basic system concepts. Experience with backend or distributed systems is helpful. This is not a beginner programming course.

The program has three integrated layers. First, you build applied Agentic AI systems. Second, you learn how to reason about and explain those systems in interviews. Third, you prepare for domain interviews covering data structures, system design, revisit your core domain topics like backend engineering, and full stack.

You cover agent foundations, RAG systems, multi-agent orchestration, conversational and multimodal agents, structured communication protocols, domain-specific agents, evaluation, safety, cost optimization, fine tuning, and production deployment.

You learn how to choose agentic versus deterministic approaches, explain design patterns, define tool contracts, reason about orchestration and memory, handle failure modes, and defend decisions through real interview-style case questions.

Domain preparation includes data structures and algorithms, system design principles, core domain topics. It also focuses on applying these concepts to build scalable, reliable systems and solutions, aligned with Tier-1 company interview expectations.

Every concept is taught through architecture, tradeoffs, failure analysis, and evaluation. You learn when not to use agents, how to simplify designs, and how to balance quality, cost, latency, and risk in real systems.

You will work with Python, LangChain, LangGraph, CrewAI, OpenAI APIs, Hugging Face tools, FAISS, Chroma, FastAPI, Streamlit, LangSmith, TruLens, Docker, and production monitoring concepts.

Live Guided Projects are instructor-led, code-along builds where you learn how to design and implement systems step by step. They focus on learning the correct mental model without overwhelming you.

Capstone Projects are learner-driven and enterprise-scale. You apply everything you have learned, receive structured feedback, iterate on your design, and present your system like a real engineering review.

You will build RAG-based knowledge assistants, multi-agent research systems, conversational agents with memory and voice, negotiation simulators, decision support systems, production-ready support agents, and a full enterprise-grade multi-agent capstone.

Yes. Evaluation, guardrails, observability, logging, cost tracking, and optimization are core parts of the curriculum. You learn how to operate AI systems responsibly in production.

The program focuses heavily on reasoning, communication, and tradeoff discussion. You practice explaining architectures, handling follow-up questions, and defending decisions the way Tier 1 interviewers expect.

You receive mock interviews with senior engineers and hiring managers, along with detailed feedback on clarity, correctness, structure, and decision-making.

The instructors are AI/ML practitioners from FAANG and other Tier 1 companies who bring practical, production-level experience to the classroom.

Yes, as long as you are technically strong and comfortable with system concepts. The program emphasizes reasoning, architecture, and decision-making, not just writing code.

You receive resume and LinkedIn optimization, behavioral interview preparation, offer negotiation guidance, and extended support through mock interviews and expert sessions.

You graduate with a strong portfolio of production-style agentic systems, confidence in AI system design, and readiness for Tier 1 interviews that test both engineering depth and AI judgment. Alumni report an average compensation of ₹60 LPA, a 2x-5x ROI on course investment, and successful transitions into top-tier companies with AI-focused roles.

Yes. You get up to 15 mock interview sessions with hiring managers and senior technical experts from FAANG+ companies, designed to closely simulate real interview scenarios.

This includes 5 Agentic AI–focused mock interviews covering agentic system design, architecture trade-offs, evaluation, and production readiness, along with 10 domain-level mock interviews tailored to your role (SWE, PM, TPM, or EM), covering system design, coding, and role-specific rounds.

For Software Engineering track, relevant coding experience is required. For participants in non-software programs, coding experience is good-to-have, but not mandatory.

Engineering Managers & Tech Leaders:

Lead teams building AI-powered systems and automations

Design modular, scalable AI architectures for enterprise use

Drive organizational AI transformation with confidence

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