Our Promise: in 12 weeks, this is who you become
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Today you call an LLM API. Week 12: you ship RAG that holds up on real contracts and filings.
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Today you write scripts. Week 12: you build agents that act on GitHub, with evals that prove they work.
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Today your AI demo breaks in production. Week 12: you deploy on AWS AgentCore with MCP, tracing and guardrails.
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Today you pick a model and hope. Week 12: you route by cost and latency, and serve your own with vLLM.
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Today you build what the spec says. Week 12: you design the AI system and defend it to stakeholders.
Overview
What you'll learn in
this Live AI Engineering for Software Engineers Bootcamp
Week-1: Kickoff & AI Fundamentals
Python & LLM Basics
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Session 1 – Kickoff and Fundamentals
AI landscape · Python fundamentals · Simple functions · File manipulation · Classes and objects · APIs and decorators · Calling the Groq API
Output: Your first LLM-powered app (Streamlit + Groq), Assignment 0
Week-2: LLMs, Embeddings & RAG Foundations
LLMs & Vector DBs
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Session 2 – LLMs, Embeddings & Transformer Architecture
How does an LLM work? · Transformer Architecture · Embeddings & Semantic Similarity · Key Parameters in LLMs
Output: A working understanding of embeddings and semantic similarity
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Session 3 – Vector DBs & RAG
Introduction to VectorDB · Qdrant Hands-on · RAG in Pure Python · Qdrant Advanced Operations
Output: Your First RAG Pipeline
Week-3: LangChain & Advanced RAG
RAG Engineering
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Session 4 – LangChain, Docling & Chunking Strategies
LangChain Intro · RAG in LangChain · Docling Document Parsing · Hierarchical Chunking
Output: LangChain RAG Pipeline with Smart Chunking
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Session 5 – Advanced RAG Techniques & Hands-On
Vector & Vectorless RAG Architectures · Hybrid RAG · SQL RAG · Graph RAG
Output: Project 1, LegalBot: advanced RAG over legal and financial documents with hybrid search, reranking and role-based access
Week-4: Agentic AI and LangGraph
Agentic AI
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Session 6 – Agentic AI Foundations
What are AI Agents? · Tool Calling & ReAct Loop · Building your first Agent with LangChain · Routing with Semantic Router & JEV · Memory in Agents
Output: Your First Tool-Calling Agent
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Session 7 – Agent Orchestration & LangGraph
Introduction to LangGraph · Workflows · Conditional branches and loops · A ReAct loop in LangGraph · Hands-on
Output: A ReAct Agent Rebuilt in LangGraph
Week-5: Multi-Agent Systems & Evals
Multi-Agent & Evals
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Session 8 – Multi Agent Systems
Multi-agent systems · Subagents and handoffs · Multi-agent architectures · Subagent design for CI/CD triage and PR review
Output: Project 2, DevOps agent: a multi-agent system that triages CI/CD and reviews PRs on GitHub
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Session 9 – Evals, Guardrails & Observability
Online versus offline evals · Evaluating RAG pipelines · Evaluating agents · Guardrails · How it all comes together
Output: Project 3: an eval harness (20+ examples, LLM-as-judge and a guardrail) on your RAG system or agent
Week-6: Multimodal AI & AWS Deployment
Multimodal & AWS
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Session 10 – Multimodal AI
Architecture of a multimodal AI model · Extract data from PDFs/images · A multimodal RAG System
Output: A multimodal RAG system that extracts structured data from documents
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Session 11 – Deployment on AWS
Introduction to AWS's Agent Stack · Deploying LangChain on AgentCore · AgentCore Services
Output: Your Agent Deployed on AWS AgentCore
Week-7: MCP, Context & Harness Engineering
MCP & Context
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Session 12 – MCP
What is Model Context Protocol · MCP Architecture · Building MCP Servers · Building MCP Clients
Output: Your First MCP Server & Client
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Session 13 – Context Engineering & Harness Engineering
Why context matters in complex AI systems · Context engineering fundamentals · Context propagation in agents · Harness engineering · Harness patterns for tool use, memory and recovery · Hands-on with deepagents
Output: Project 4, IT helpdesk agent: LangGraph multi-agent + MCP server + RAG, traced in LangSmith
Week-8: Fine-Tuning & Capstone Discussion
Fine-Tuning
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Session 14 – Fine Tuning & Local AI
Fine-tune vs RAG: when to opt for what? · LoRA & QLoRA training · Synthetic dataset pipelines · What are Small Language Models? · Ollama
Output: A Fine-Tuned SLM Running Locally with Ollama
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Session 15 – Capstone Project Discussion & Assignment Showcase
Assignment showcase and capstone scoping
Output: Your capstone scoped, and your assignments showcased
Week-9: AI Product Thinking & Security
Product & Security
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Session 16 – AI Product Thinking and Reinforcement Learning
Turning AI capabilities into valuable products · Thinking like an AI product builder · The intuition behind reinforcement learning · Reward design
Output: A product lens on the AI systems you build
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Session 17 – Advanced AI Engineering & Security
Cost optimization at scale · Semantic caching · Smart model routing · OWASP Top 10 for AI · Defending your system from adversarial attacks
Output: An AI Security & Cost Optimization Playbook
Week-10: System Thinking & Voice AI
System Design & Voice
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Session 18 – Stakeholder Management and System Design for AI
Managing stakeholder expectations · How an AI system is different · AI system design patterns · Production caveats
Output: AI system design patterns you can defend with stakeholders
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Session 19 – Voice AI
The real-time voice stack · Low-latency voice systems · Interruptions and silence handling · Multi-turn context recovery
Output: Project 5: a voice agent under 800ms, or a multimodal agent across 3 document types
Week-11: Inference Engineering & Personal Branding
Inference & Career Guidance
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Session 20 – Inference Engineering
Runtime optimisations: batching, caching, quantization, speculation · Infrastructure: routing, load balancing, autoscaling · Serving an LLM endpoint with vLLM
Output: Project 6: a small model served with vLLM behind a cost and latency router
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Session 21 – Personal Branding & Mock Interview
LinkedIn & Twitter positioning · GitHub portfolio storytelling · Live Mock Interview with Dhaval Patel & Siddhant Pandey
Output: A sharper LinkedIn and GitHub portfolio, and a live mock interview
Week-12: Final Project Showcase
Showcase
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Session 22 – Final Project Showcase
Present your final project to mentors and peers
Output: Your final project, presented to mentors and peers
Learn From
The Engineers Who Actually Build AI Systems
Dhaval Patel
Founder, Codebasics · Ex-NVIDIA
Curriculum advisor. Sets what this cohort teaches and what it refuses to.
I have 17 years of experience in programming and data science at leading tech companies like NVIDIA and Bloomberg. I also run Codebasics, a leading YouTube channel for data science, ML, and data structures. I believe "anyone can code", so I use analogies, simple explanations, and step-by-step storytelling to make complex concepts easy to understand, even for high school students.
Siddhant Pandey
AI Research Engineer, Codebasics · Google Developer Expert
Leads the live weekend sessions and practice labs: hands-on coding, project walkthroughs, debugging and real-time problem solving.
I’m an AI Engineer, open-source contributor, and Google Developer Expert in AI. I contributed to the EPCIS 2.0 supply chain standard using Java, then built a face identification system to support Asiatic lion conservation. Since then, I’ve built production-grade AI systems at scale for YC-backed startups, applying first principles shaped by physics and mathematics.
Srikanth Dongala
AI Manager, AtliQ
Teaches practical AI engineering and system architecture through real-world projects and hands-on sessions.
As the AI Manager at AtliQ Technologies, I lead teams building production AI systems for enterprise clients, spanning voice agents, agentic AI, RAG, LLM applications, computer vision, and predictive ML, with guardrails and monitoring. I’ve published peer-reviewed research and teach the way I build: start with the problem, understand the data, then choose the right tools.
The Stack
The tools AI engineering teams actually use in 2026
Python
The language of every build
LangChain + LangGraph
Chains, agents and workflows
Qdrant
Vector search for RAG
Docling
Document parsing and chunking
LangSmith
Tracing and evals
MCP
Servers and clients for tools
AWS AgentCore
Deploying agents to the cloud
Ollama
Ollama Running models locally
vLLM
Serving models at scale
Unsloth
Fine-tuning small models
LiveKit
Real-time voice agents
JEV
Building Decision Layer
Google Gemini
Multimodal AI model
RAGAS
RAG evaluation metrics
NeMo Guardrails
LLM safety railsHear It From
Our Happy Learners
Our content is rated 4.9/5 from 25252+ Learners
As a software engineer with over two decades of experience, stepping into a new domain can sometimes be challenging, but my experience with the Codebasics AI bootcamp has been phenomenal.
The instructors broke down complex concepts into explanations that were incredibly easy to understand. What really set this course apart was the focus on hands-on experience—writing the capstone project completely from scratch solidified my learning in a way theory alone never could. Additionally, the Slido quizzes kept the sessions interactive and highly engaging. I also really appreciated the soft skill sessions, which provided an unexpected but highly valuable takeaway. Highly recommended!
A big shout-out to Sidhant and Dhaval for the AI Engineering cohort — both the content and the lectures have been outstanding.
The course is thoughtfully structured and delivers real value. If you follow it with the right intent and rigour, the transition to AI Engineering genuinely becomes easier. The concepts covered go beyond theory — they equip you to build production-grade applications.
What I appreciate most: there's no spoon-feeding. Instead, they teach the fundamentals and give you the right pointers, so you build a solid foundation and learn to figure things out yourself — exactly the skill an AI engineer needs.
And a special thanks to Ashish Mishra for the constant support, timely uploads of the content, and keeping the cohort chats engaging!
LIVE AI Eng Bootcamp: Batch 2
What I really liked about this cohort is that it has a different flavor compared to typical learning programs.
It covers some fairly complex AI engineering concepts, but they are explained in a simplified and practical way. More importantly, there is a strong focus on actually implementing what we learn, rather than just understanding the theory.
The learning resources are also extremely useful. Even if you miss a class or need to revisit a topic, the material makes it easy to catch up quickly and continue without losing track.
Another thing I really appreciated was the diversity of the cohort. We had people with 2+ years of experience, 5+ years of experience, professionals with 15+ years of experience including solution architects, people already working with AI, and some who were completely new to AI.
That mix made the discussions and learning experience much more interesting because everyone brought a different perspective.
Overall, I would like to thank the entire Codebasics team, especially Dhaval and Siddhant, for their guidance and support throughout the cohort.
It has been a very good learning experience for me, and I wish the Codebasics team and all the future cohorts the very best.
The AI Engineer Cohort is excellent, and Sidhant explains AI concepts very clearly. The course is practical, well-structured, and especially valuable for anyone looking to build a strong foundation in AI engineering.
I had an excellent experience attending Codebasics' Live AI Engineering Bootcamp. The course content was very well structured, and the instructors were highly effective at explaining the core concepts while also sharing valuable nuggets of wisdom. The program kept me accountable through relevant project assignments, which helped build a real sense of accomplishment.
It was also a great opportunity to network with like-minded people. I would highly recommend this course to anyone looking to develop relevant skills as an AI engineer, as well as to anyone curious about understanding today’s AI-enabled world.
Straight from the live sessions
What AI Engineers typed in the cohort chat, unedited.
The Codebasics Promise
Premium Training, Without The Premium Price.
Other paths can work. Here is exactly what you get from each.
| What you get | Self-study | Other live bootcamps | Our live cohort |
|---|---|---|---|
| Live, mentor-led sessions | |||
| Real projects shipped to GitHub | Rarely | Sometimes | 6+1 projects |
| The current 2026 agent stack | On your own | Often dated | |
| Job assistance | |||
| Investment | Your time | Usually far higher | US$660 |
May we help you?
Frequently Asked
Questions
Q.1
Do I also get the AI Engineering & Data Science Bootcamp 4.0?
Q.2
When are the live sessions?
Q.3
When does Cohort 4 officially launch?
Q.4
What if I miss a live session?
Q.5
What happens after the 12 weekends? Do I lose access?
Q.6
What is the difference between AI Engineering and Data Science Bootcamp 4.0 and the AI Engineering Bootcamp?
AI Engineering Bootcamp is a fast-paced, live cohort for experienced software engineers with 2+ years of experience, that assumes strong programming fundamentals and focuses on AI architecture, system thinking, production engineering & shipping real-world AI systems.
Q.1
Do I need ML experience?
Q.2
I'm a fresher or have less than 2 years of experience. Can I join?
Q.3
Who is this bootcamp designed for?
Q.1
Is there job assistance?
Q.1
I already own the AI Engineering & DS Bootcamp 4.0. What do I pay?
Q.2
Can I purchase only the AI Engineering Bootcamp without the AI Engineering & DS Bootcamp 4.0?
Q.3
What is the inner circle price, and when does it close?
Q.1
I used a subsidy (my existing AI Engineering & DS Bootcamp 4.0 or individual course purchase). Can I refund my original purchase after enrolling?
Q.2
I used a subsidy and now want to refund the AI Engineering Bootcamp itself. What happens?
Q.3
What's the refund policy for Cohort 4?
Q.1
What do I do on weekdays, after the weekend live sessions?
Q.2
How do I get help if I'm stuck?
Q.1
What system configuration do I need?
• OS: Windows 11
• Processor: Intel Core i7 (10th Gen+) or AMD Ryzen 7 (4th Gen+). An i5 works if you're not focused on local model training.
• RAM: 8GB minimum, 16GB recommended
• Storage: 512GB SSD strongly recommended
• GPU: NVIDIA GTX 1660 or higher for deep learning and GPU-accelerated tasks
This covers all bootcamp work comfortably. You'd only need stronger hardware if you plan to fine-tune small LLMs locally.
Q.1
Do I also get the AI Engineering & Data Science Bootcamp 4.0?
Q.2
When are the live sessions?
Q.3
When does Cohort 4 officially launch?
Q.4
What if I miss a live session?
Q.5
What happens after the 12 weekends? Do I lose access?
Q.6
What is the difference between AI Engineering and Data Science Bootcamp 4.0 and the AI Engineering Bootcamp?
AI Engineering Bootcamp is a fast-paced, live cohort for experienced software engineers with 2+ years of experience, that assumes strong programming fundamentals and focuses on AI architecture, system thinking, production engineering & shipping real-world AI systems.
Q.1
Do I need ML experience?
Q.2
I'm a fresher or have less than 2 years of experience. Can I join?
Q.3
Who is this bootcamp designed for?
Q.1
Is there job assistance?
Q.1
I already own the AI Engineering & DS Bootcamp 4.0. What do I pay?
Q.2
Can I purchase only the AI Engineering Bootcamp without the AI Engineering & DS Bootcamp 4.0?
Q.3
What is the inner circle price, and when does it close?
Q.1
I used a subsidy (my existing AI Engineering & DS Bootcamp 4.0 or individual course purchase). Can I refund my original purchase after enrolling?
Q.2
I used a subsidy and now want to refund the AI Engineering Bootcamp itself. What happens?
Q.3
What's the refund policy for Cohort 4?
Q.1
What do I do on weekdays, after the weekend live sessions?
Q.2
How do I get help if I'm stuck?
Q.1
What system configuration do I need?
• OS: Windows 11
• Processor: Intel Core i7 (10th Gen+) or AMD Ryzen 7 (4th Gen+). An i5 works if you're not focused on local model training.
• RAM: 8GB minimum, 16GB recommended
• Storage: 512GB SSD strongly recommended
• GPU: NVIDIA GTX 1660 or higher for deep learning and GPU-accelerated tasks
This covers all bootcamp work comfortably. You'd only need stronger hardware if you plan to fine-tune small LLMs locally.
Software Engineer → AI Engineer in 12 Weekends. Join before 21st Oct. Save US$180.