AI-First Full Stack Engineering Program
Master modern full-stack development supercharged by Generative AI. Build high-performance Next.js architectures, distributed microservices, autonomous AI agents, and production cloud systems.
What You Will Learn
6 structured modules progressing from core fundamentals to production-ready systems. Every concept is backed by hands-on labs, peer code review, and mentor guidance.
Weeks 1 - 8
Core CS Fundamentals, Data Structures & Algorithmic Design
Weeks 9 - 16
Modern Reactive Frontend Architecture with Next.js & React 19
Weeks 17 - 26
Scalable Distributed Backends, Microservices & Databases
Weeks 27 - 36
Generative AI Engineering, RAG Pipelines & Autonomous Multi-Agent Swarms
Weeks 37 - 44
Cloud Infrastructure, DevOps, Containerization & CI/CD
Weeks 45 - 52
Enterprise Capstone: Production AI SaaS Platform
Technologies & Tools You Will Master
Projects Built For Production, Not Just Demos
Interviewers at top tech firms skip generic clone projects. Build battle-tested distributed architectures and agentic AI systems that prove your capability.
LLM-Powered B2B SaaS Platform
Multi-tenant enterprise SaaS with GPT-4o agentic workflows, Stripe billing, and RAG knowledge base
Built a fully production-deployed multi-tenant SaaS with Next.js 15 App Router, Supabase row-level security, LangChain RAG pipeline over company documents (Qdrant vector DB), Stripe metered billing, and GitHub Actions CI/CD on AWS ECS.
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Real-Time Collaborative Code Editor
VS Code-like browser IDE with CRDT sync, Monaco editor, code execution sandbox, and AI pair-programming
Engineered with Yjs CRDTs for conflict-free collaborative editing across 500+ concurrent users, Monaco Editor, Docker-isolated code execution sandboxes per language, and Claude 3.5 Sonnet inline AI suggestions via WebSocket streaming.
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High-Throughput Payment Orchestration Engine
Idempotent distributed payment switch with Saga orchestration, Kafka event streaming, and circuit breakers
Implements a Saga orchestrator for distributed multi-bank transactions with two-phase commit fallback, Kafka event sourcing, Temporal workflow durability, and a token-bucket rate limiter handling 50,000 TPS without double charges.
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Learn from mentors with experience at
Frequently Asked Questions
Everything you need to know about the format, curriculum, admission criteria, and placement support.
Still have questions?
Download the program brochure for comprehensive FAQ, or speak directly with an admissions advisor.