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Production-grade DevOps, MLOps, and Platform Engineering documentation with real-world AI infrastructure design, automation pipelines, and cloud-native architecture patterns.

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# 🚀 **AI Platform Engineering Handbook**

A comprehensive **90-day AI Platform Engineering Handbook**, progressing from DevOps → MLOps → Platform Engineering → GenAI → RAG → Agentic AI → MCP → LLMOps → AI Security → AI Infrastructure → Fine-Tuning → Multimodal AI → AI Product Engineering → Enterprise AI System Design. This is a progression that closely matches the skills expected for modern AI platform and GenAI engineering roles.

---

## 📋 **Course Overview**

✅ Week 1 – Advanced DevOps  
✅ Week 2 – MLOps Engineering  
✅ Week 3 – Platform Engineering  
✅ Week 4 – AI Platform Integration  
✅ Week 5 – AI Platform Operations  
✅ Week 6 – Generative AI Engineering  
✅ Week 7 – Advanced AI Application Deployment  
✅ Week 8 – Generative AI Platform Operations  
✅ Week 9 – AI Ops & Monitoring  
✅ Week 10 – Enterprise AI Engineering

---

# 📅 **Week 1 – Advanced DevOps Engineering**

## 🎯 **Focus: Production-Grade DevOps Systems**

---

## 🗓 **Day 1–2: Advanced Git & CI/CD Engineering**

### 📘 **Advanced Git Engineering**

- Git Internals & Object Model
- Branching Strategies (Git Flow, Trunk-Based, GitHub Flow)
- Rebase vs Merge (Advanced Usage)
- Interactive Rebase & History Rewriting
- Cherry-Pick, Revert & Reset Strategies
- Git Bisect for Debugging
- Git Hooks (Client & Server Side)
- Git Submodules & Monorepo Strategy
- Semantic Versioning (SemVer)
- Tagging & Release Management
- Secure Git Workflows

### 🚀 **Advanced CI/CD Engineering**

- CI/CD Architecture & Pipeline Design
- Pipeline as Code
- Multi-Stage Pipeline Design
- Matrix Builds & Parallel Execution
- Reusable Workflows & Composite Actions
- Environment-Based Deployments (Dev/Staging/Prod)
- Secrets Management in CI/CD
- Dependency Caching Strategies
- Artifact Management
- Docker Build & Push Automation
- Infrastructure Deployment Automation
- Automated Versioning & Release Pipelines
- Blue-Green & Canary Deployment Automation
- Rollback Strategies
- CI/CD Security Best Practices
- Observability in CI/CD

---

## 🗓 **Day 3–4: Docker & Container Security Engineering**

- Containerization Fundamentals
- Dockerfile Best Practices
- Multi-Stage Builds
- Image Layer Optimization
- Distroless & Minimal Base Images
- Non-Root Containers
- Health Checks in Containers
- Container Networking Basics
- Docker Compose for Multi-Service Apps
- Container Image Scanning
- Software Bill of Materials (SBOM)
- Image Signing & Verification
- Secure Registry Practices
- Runtime Container Security

---

## 🗓 **Day 5–6: Kubernetes Production Concepts**

- Kubernetes Architecture Overview
- Control Plane Components
- Worker Node Components
- Pod Lifecycle
- Deployments & ReplicaSets
- Services & Service Types
- ConfigMaps & Secrets
- Resource Requests & Limits
- Liveness & Readiness Probes
- Horizontal Pod Autoscaler (HPA)
- Rolling Updates & Rollbacks
- Namespaces & Multi-Tenancy
- RBAC & Access Control
- Persistent Volumes & Storage Classes
- StatefulSets vs Deployments
- Kubernetes Networking Basics

---

## 🗓 **Day 7: Observability & Monitoring**

- Observability Principles
- Metrics vs Logs vs Traces
- Golden Signals
- Prometheus Architecture
- Metrics Instrumentation
- Grafana Dashboards
- Centralized Logging
- Log Aggregation Concepts
- Distributed Tracing Basics
- OpenTelemetry Fundamentals
- Alerting & Incident Response
- Monitoring Kubernetes Workloads
- SLOs, SLAs & SLIs

---

# 📅 **Week 2 – MLOps Engineering**

## 🎯 **Focus: Production ML Lifecycle & Automation**

---

## 🗓 **Day 8–9: ML Lifecycle & Experiment Tracking**

- Machine Learning Lifecycle Overview
- Problem Framing & Business Understanding
- Data Collection & Data Versioning
- Data Preprocessing Pipelines
- Feature Engineering Fundamentals
- Training & Validation Strategies
- Model Evaluation Metrics
- Overfitting & Underfitting Concepts
- Experiment Tracking Concepts
- Reproducibility in ML
- Model Artifact Management
- ML Metadata Management
- MLflow Tracking & Registry
- DVC for Data Version Control
- Model Versioning Strategies

---

## 🗓 **Day 10–11: Model Packaging & Serving**

- Model Serialization Techniques
- Model Packaging Strategies
- REST API for ML Inference
- Batch vs Real-Time Inference
- Synchronous vs Asynchronous Serving
- FastAPI for Model Serving
- BentoML Fundamentals
- Model Registry Concepts
- Containerizing ML Models
- Health & Readiness Endpoints for Models
- Versioned Model Deployment
- API Performance Optimization
- GPU vs CPU Serving Considerations
- Scaling ML Inference Services

---

## 🗓 **Day 12–13: CI/CD for Machine Learning**

- ML Pipeline Architecture
- Training Pipeline Automation
- Continuous Training (CT)
- Continuous Integration for ML
- Continuous Deployment for ML Models
- Model Testing Strategies
- Data Validation in Pipelines
- Automated Model Evaluation
- Model Promotion Strategies (Staging → Production)
- Feature Pipeline Automation
- Trigger-Based Retraining
- Model Drift Detection Concepts
- Automated Model Rollbacks
- GitOps for ML Deployments

---

## 🗓 **Day 14: Data Validation & Monitoring**

- Data Quality Validation Concepts
- Schema Validation
- Data Drift Detection
- Concept Drift Fundamentals
- Great Expectations Framework
- Feature Store Fundamentals
- Online vs Offline Feature Stores
- Monitoring Model Performance in Production
- Logging ML Predictions
- Model Explainability Basics
- Responsible AI Concepts
- Alerting on ML Degradation
- Feedback Loops in ML Systems

---

# 📅 **Week 3 – Platform Engineering**

## 🎯 **Focus: Infrastructure as Code, GitOps & Internal Developer Platforms**

---

## 🗓 **Day 15–16: Infrastructure as Code (Terraform Advanced)**

- Infrastructure as Code Principles
- Declarative vs Imperative Infrastructure
- Terraform Architecture Overview
- Providers & Resources
- Terraform State Management
- Remote Backends & State Locking
- Terraform Modules & Reusability
- Variable & Output Management
- Workspaces for Environment Isolation
- Dependency Management in Terraform
- DRY Infrastructure Patterns
- Provisioners & When to Avoid Them
- Terraform Plan & Apply Workflow
- Infrastructure Versioning Strategy
- Managing Multi-Environment Infrastructure
- Terraform Security Best Practices

---

## 🗓 **Day 17–18: GitOps & Continuous Delivery**

- GitOps Principles
- Declarative Infrastructure & Deployments
- ArgoCD Architecture
- Helm Chart Fundamentals
- Helm Templating & Values Management
- Kustomize Basics
- Application Deployment via GitOps
- Automated Sync & Self-Healing
- GitOps Repository Structure Design
- Environment Promotion Strategy
- Drift Detection & Reconciliation
- Secret Management in GitOps
- Rollback Strategies in GitOps
- Multi-Cluster Deployment Patterns
- Observability in GitOps Workflows

---

## 🗓 **Day 19–20: Internal Developer Platform (IDP)**

- Platform Engineering Fundamentals
- DevOps vs Platform Engineering
- Internal Developer Platform (IDP) Concepts
- Golden Path Strategy
- Self-Service Infrastructure
- Developer Experience (DevEx) Principles
- Backstage Architecture Overview
- Service Templates & Scaffolding
- CI/CD Template Automation
- Infrastructure Template Automation
- Kubernetes Resource Templates
- Policy as Code Concepts
- Standardization & Governance
- Platform API Design Concepts
- Scaling Engineering Teams with IDP
- Measuring Platform Success Metrics

---

# 📅 **Week 4 – AI Platform Integration & Production Architecture**

## 🎯 **Focus: End-to-End AI Infrastructure, Security & Production Readiness**

---

## 🗓 **Day 21–23: End-to-End AI Platform Architecture**

- Cloud-Native AI System Architecture
- Microservices Architecture for ML Systems
- ML Training → Validation → Deployment Flow
- Event-Driven Architecture for ML Pipelines
- API Gateway & Traffic Management
- Service Mesh Fundamentals
- Scalable Inference Architecture
- Batch vs Real-Time ML Architecture
- Model Registry Integration Patterns
- Data Pipeline Integration
- CI/CD + MLOps Integration Architecture
- GitOps-Driven ML Deployments
- Infrastructure + Application Layer Integration
- Multi-Environment Architecture Design
- High Availability & Fault Tolerance Design
- Performance Optimization Strategies

---

## 🗓 **Day 24–25: Advanced Deployment Strategies**

- Blue-Green Deployment Strategy
- Canary Deployment Strategy
- Progressive Delivery Concepts
- Traffic Splitting Techniques
- Feature Flags for ML Systems
- Model A/B Testing Strategy
- Shadow Deployment
- Automated Rollback Mechanisms
- Zero-Downtime Deployment Design
- Scaling Strategies (Horizontal & Vertical)
- Load Testing Concepts
- Chaos Engineering Basics
- Deployment Observability

---

## 🗓 **Day 26–27: Security & Governance**

- DevSecOps Principles
- Secure CI/CD Pipelines
- Container Security Hardening
- Kubernetes Security Best Practices
- RBAC Design Patterns
- Network Policies
- Secret Management Strategies
- Vault Concepts
- Policy as Code (OPA Concepts)
- Image Scanning & Vulnerability Management
- Supply Chain Security
- SBOM in Production Systems
- Compliance & Audit Logging
- Access Control & Identity Management
- Zero Trust Architecture Concepts

---

## 🗓 **Day 28: Documentation & Architecture Design**

- Technical Documentation Standards
- Architecture Decision Records (ADR)
- System Design Diagrams
- CI/CD Flow Documentation
- ML Pipeline Documentation
- Infrastructure Architecture Diagrams
- Deployment Flow Diagrams
- Security Architecture Documentation
- Monitoring & Alerting Documentation
- API Documentation Standards
- README Structure for Engineering Projects
- Operational Runbooks

---

## 🗓 **Day 29: Career Positioning & Branding**

- Resume Structuring for AI Infrastructure Roles
- Highlighting DevOps + MLOps Experience
- Positioning as Platform Engineer
- Showcasing Architecture Projects
- Writing Technical Project Summaries
- Building a Strong GitHub Portfolio
- LinkedIn Optimization Strategy
- Preparing Impact-Based Project Descriptions
- Salary Negotiation Preparation

---

## 🗓 **Day 30: Interview Preparation & System Design**

- DevOps Scenario-Based Questions
- MLOps Architecture Interview Questions
- Platform Engineering Case Studies
- Kubernetes Deep-Dive Questions
- CI/CD Troubleshooting Scenarios
- ML Production Failure Scenarios
- System Design for Scalable ML Platform
- Designing Multi-Tenant Platform Systems
- Incident Response Scenarios
- Trade-Off Analysis in Architecture
- Performance Bottleneck Debugging
- Mock Interview Simulation Topics

---

# 📅 **Week 5 – Generative AI Fundamentals**

## 🎯 **Focus: Understanding Large Language Models (LLMs)**

### 🗓 **Day 31–32: Foundations of Generative AI**

- Evolution of AI → ML → Deep Learning → Generative AI
- Transformer Architecture
- Attention Mechanism
- Tokens & Tokenization
- Embeddings
- Positional Encoding
- Context Windows
- Prompt Completion
- Text Generation Process
- Temperature
- Top-k Sampling
- Top-p Sampling
- Hallucinations
- Inference vs Training
- Foundation Models
- Open-source vs Closed-source Models

---

### 🗓 **Day 33–34: Prompt Engineering**

- Prompt Engineering Fundamentals
- Zero-shot Prompting
- One-shot Prompting
- Few-shot Prompting
- Chain of Thought
- Self Consistency
- Tree of Thoughts
- ReAct Prompting
- Structured Outputs
- JSON Mode
- Function Calling
- Prompt Templates
- Prompt Chaining
- Prompt Evaluation
- Prompt Security
- Prompt Injection
- Jailbreak Prevention

---

### 🗓 **Day 35: LLM APIs**

- OpenAI APIs
- Anthropic APIs
- Gemini APIs
- Azure OpenAI
- Ollama
- vLLM
- OpenRouter
- Token Usage
- Streaming Responses
- Rate Limits
- API Cost Optimization
- Model Selection Strategies

---

# 📅 **Week 6 – Retrieval Augmented Generation (RAG)**

## 🎯 **Focus: Building Knowledge-Aware AI Systems**

### 🗓 **Day 36–37: RAG Foundations**

- What is RAG
- Why RAG Exists
- Vector Embeddings
- Embedding Models
- Semantic Search
- Similarity Search
- Chunking Strategies
- Metadata Filtering
- Hybrid Search
- Sparse vs Dense Retrieval
- Context Assembly
- Grounding AI Responses

---

### 🗓 **Day 38–39: Vector Databases**

- Vector Database Architecture
- Pinecone
- Qdrant
- ChromaDB
- Weaviate
- Milvus
- FAISS
- Index Types
- ANN Search
- Collection Design
- Vector Storage Optimization

---

### 🗓 **Day 40: Advanced RAG**

- Multi-document RAG
- Parent-Child Retrieval
- Recursive Retrieval
- Query Transformation
- Re-ranking
- Context Compression
- Citation Generation
- Multi-modal RAG
- Graph RAG
- Agentic RAG
- RAG Evaluation

---

# 📅 **Week 7 – AI Agents & Agentic AI**

## 🎯 **Focus: Autonomous AI Systems**

### 🗓 **Day 41–42: AI Agent Fundamentals**

- What is an AI Agent
- AI Agent Architecture
- Agent Loop
- Perception
- Reasoning
- Planning
- Acting
- Reflection
- Memory
- Environment
- Agent Lifecycle
- Single Agent Systems
- Multi-Agent Systems

---

### 🗓 **Day 43–44: Agent Frameworks**

- LangChain
- LangGraph
- AutoGen
- CrewAI
- OpenAI Agents SDK
- Google ADK
- Semantic Kernel
- PydanticAI
- SmolAgents
- Agno
- DSPy
- Mastra
- Atomic Agents

---

### 🗓 **Day 45: Agent Patterns**

- ReAct Pattern
- Planner Pattern
- Executor Pattern
- Router Pattern
- Supervisor Pattern
- Reflection Pattern
- Debate Pattern
- Human-in-the-Loop
- Swarm Agents
- Hierarchical Agents
- Event-driven Agents

---

# 📅 **Week 8 – Agent Memory, Tools & MCP**

## 🎯 **Focus: Building Production AI Agents**

### 🗓 **Day 46–47: Memory Systems**

- Short-term Memory
- Long-term Memory
- Episodic Memory
- Semantic Memory
- Conversation Memory
- Knowledge Memory
- Vector Memory
- Memory Compression
- Memory Retrieval
- Memory Persistence

---

### 🗓 **Day 48–49: Tool Calling**

- Function Calling
- Tool Selection
- Structured Outputs
- API Integration
- REST Tools
- Database Tools
- Search Tools
- Browser Tools
- File System Tools
- Code Execution
- Error Recovery
- Retry Strategies

---

### 🗓 **Day 50: Model Context Protocol (MCP)**

- MCP Fundamentals
- MCP Architecture
- MCP Client
- MCP Server
- MCP Resources
- MCP Prompts
- MCP Tools
- Transport Layer
- stdio Transport
- SSE Transport
- Authentication
- Security
- Enterprise MCP Design

---

# 📅 **Week 9 – AI Engineering & LLMOps**

## 🎯 **Focus: Operating AI Systems at Scale**

### 🗓 **Day 51–52: LLMOps Foundations & AI Delivery**

- LLMOps Fundamentals
- Prompt Versioning
- Model Registry
- AI CI/CD
- Prompt Testing
- Regression Testing
- AI Evaluation
- Prompt Optimization
- Cost Optimization
- Latency Optimization

---

### 🗓 **Day 53–54: AI Observability & Production Monitoring**

- AI Observability
- LangSmith
- LangFuse
- Phoenix
- Weights & Biases
- MLflow for LLMs
- OpenTelemetry for AI
- AI Tracing
- AI Metrics
- Failure Analysis
- Production Monitoring

---

### 🗓 **Day 55: AI Safety, Guardrails & Governance**

- AI Guardrails
- Toxicity Detection
- PII Detection
- Content Moderation
- Hallucination Detection
- Groundedness Evaluation
- Bias Detection
- AI Governance
- AI Compliance

---

# 📅 **Week 10 – Enterprise Agentic Systems**

## 🎯 **Focus: Designing Enterprise AI Platforms**

### 🗓 **Day 56–57: Enterprise AI Platform Architecture**

- Enterprise AI Architecture
- AI Gateway
- Multi-model Routing
- AI Service Mesh
- AI API Gateway
- Model Routing
- Caching Strategies
- Session Management
- Rate Limiting
- Cost Allocation

---

### 🗓 **Day 58–59: Enterprise AI Agents & Multi-Agent Systems**

- Enterprise Agent Design
- DevOps Agents
- SRE Agents
- Security Agents
- Platform Engineering Agents
- Coding Agents
- Documentation Agents
- Incident Response Agents
- Multi-Agent Collaboration
- Workflow Orchestration

---

### 🗓 **Day 60: Production-Ready Agentic System Design**

- End-to-End Agentic System Design
- Production Deployment
- Scalability
- Reliability
- Fault Tolerance
- AI Disaster Recovery
- High Availability
- AI Architecture Reviews
- Capstone Project
- Portfolio Preparation

---

# 📅 **Week 11 – AI Security & AI Red Teaming**

## 🎯 **Focus: Securing AI Applications & Enterprise LLM Systems**

---

## 🗓 **Day 61–62: AI Security Fundamentals**

- AI Security Principles
- AI Threat Landscape
- OWASP Top 10 for LLM Applications
- AI Attack Surface
- Prompt Injection Attacks
- Jailbreak Attacks
- Data Poisoning
- Model Poisoning
- Training Data Security
- Supply Chain Security
- Secure AI Development Lifecycle
- AI Risk Assessment

---

## 🗓 **Day 63–64: AI Red Teaming & Defensive Techniques**

- AI Red Teaming Fundamentals
- Adversarial Prompt Testing
- Prompt Injection Testing
- Jailbreak Detection
- Output Validation
- Input Validation
- AI Firewall Concepts
- Prompt Shielding
- Response Filtering
- Human-in-the-Loop Validation
- Security Testing Automation
- AI Incident Response

---

## 🗓 **Day 65: AI Governance & Compliance**

- Responsible AI
- AI Governance Frameworks
- AI Compliance
- AI Ethics
- Model Cards
- Data Privacy
- GDPR for AI
- Explainable AI (XAI)
- AI Auditing
- AI Risk Management
- Enterprise AI Policies
- AI Security Best Practices

---

# 📅 **Week 12 – AI Infrastructure Engineering**

## 🎯 **Focus: High-Performance AI Infrastructure & Serving**

---

## 🗓 **Day 66–67: GPU Computing Fundamentals**

- AI Infrastructure Overview
- GPU Architecture
- CPU vs GPU
- CUDA Fundamentals
- CUDA Cores
- GPU Memory
- Tensor Cores
- NVIDIA Driver Stack
- CUDA Toolkit
- cuDNN
- NCCL
- GPU Scheduling

---

## 🗓 **Day 68–69: Production AI Serving**

- vLLM
- TensorRT
- TensorRT-LLM
- Ollama
- Hugging Face TGI
- SGLang
- LMDeploy
- Continuous Batching
- KV Cache
- Speculative Decoding
- Model Quantization
- AI Serving Optimization

---

## 🗓 **Day 70: Distributed AI Infrastructure**

- Ray Fundamentals
- Ray Serve
- Ray Train
- Distributed Inference
- Distributed Training
- Kubernetes for AI
- GPU Scheduling in Kubernetes
- NVIDIA GPU Operator
- KServe
- Kubeflow
- Autoscaling AI Workloads
- AI Infrastructure Monitoring

---

# 📅 **Week 13 – Fine-Tuning & LLM Customization**

## 🎯 **Focus: Customizing Foundation Models**

---

## 🗓 **Day 71–72: Fine-Tuning Fundamentals**

- Transfer Learning
- Fine-Tuning Fundamentals
- Instruction Tuning
- Domain Adaptation
- Dataset Preparation
- Dataset Cleaning
- Tokenization for Training
- Hyperparameter Tuning
- Training Pipelines
- Model Checkpoints
- Evaluation Metrics
- Training Optimization

---

## 🗓 **Day 73–74: Parameter-Efficient Fine-Tuning (PEFT)**

- PEFT Fundamentals
- LoRA
- QLoRA
- Adapters
- Prefix Tuning
- Prompt Tuning
- IA3
- Quantization
- 4-bit Training
- 8-bit Training
- Efficient GPU Utilization
- Fine-Tuning Best Practices

---

## 🗓 **Day 75: Human Feedback & Alignment**

- RLHF
- DPO
- Preference Optimization
- Reward Models
- Human Feedback Collection
- Safety Alignment
- Model Alignment
- Evaluation Pipelines
- Benchmarking
- Fine-Tuned Model Deployment
- Continuous Improvement

---

# 📅 **Week 14 – Multimodal AI Engineering**

## 🎯 **Focus: Building AI Beyond Text**

---

## 🗓 **Day 76–77: Computer Vision & Image Models**

- Multimodal AI Fundamentals
- Vision Transformers (ViT)
- CLIP
- OCR Fundamentals
- Image Captioning
- Object Detection
- Image Classification
- Image Embeddings
- Document Understanding
- Image Generation
- Diffusion Models
- Vision APIs

---

## 🗓 **Day 78–79: Audio & Video AI**

- Speech-to-Text
- Text-to-Speech
- Speaker Recognition
- Voice Cloning
- Audio Embeddings
- Video Understanding
- Video Captioning
- Video Generation
- Real-Time Streaming AI
- Multimodal APIs
- Audio Processing Pipelines
- Video Processing Pipelines

---

## 🗓 **Day 80: Production Multimodal Systems**

- Vision-Language Models
- Retrieval-Augmented Vision
- Multimodal RAG
- AI Assistants
- Document AI
- Intelligent Search
- AI Workflow Automation
- Performance Optimization
- Multimodal Evaluation
- Production Deployment

---

# 📅 **Week 15 – AI Product Engineering & Real-World Projects**

## 🎯 **Focus: Building Production-Ready AI Products**

---

## 🗓 **Day 81–82: AI Product Development**

- AI Product Lifecycle
- Product Requirements
- AI UX Principles
- AI APIs
- Backend Architecture
- Frontend Integration
- Authentication
- Session Management
- Cost Management
- Billing Strategies
- AI Analytics
- User Feedback Loops

---

## 🗓 **Day 83–84: Building Enterprise AI Applications**

- AI Chatbots
- AI Copilots
- RAG Applications
- Coding Assistants
- DevOps Agents
- Documentation Agents
- Security Agents
- Customer Support Agents
- Workflow Automation
- Multi-Agent Applications
- AI SaaS Architecture
- AI Microservices

---

## 🗓 **Day 85: Production Deployment & Scaling**

- AI Deployment Strategies
- Load Balancing
- Horizontal Scaling
- Caching
- Rate Limiting
- Cost Optimization
- AI Monitoring
- Incident Management
- Disaster Recovery
- Production Best Practices

---

# 📅 **Week 16 – Enterprise AI Case Studies & System Design**

## 🎯 **Focus: Enterprise AI Architecture & Interview Preparation**

---

## 🗓 **Day 86–87: Enterprise AI System Design**

- AI System Design Fundamentals
- Enterprise AI Architecture
- AI Platform Design
- Multi-Agent Architecture
- RAG System Design
- AI Gateway Design
- AI Infrastructure Design
- Scalability
- Reliability
- High Availability
- Disaster Recovery
- Performance Engineering

---

## 🗓 **Day 88–89: Enterprise AI Case Studies**

- AI Platform Case Study
- AI Copilot Case Study
- Enterprise RAG Case Study
- AI Search Platform
- AI Customer Support Platform
- AI DevOps Platform
- AI Security Platform
- AI Observability Platform
- Cost Optimization Case Study
- Multi-Agent Enterprise Workflow

---

## 🗓 **Day 90: Interview Preparation & Capstone**

- AI Engineering Interview Questions
- LLMOps Interview Questions
- Agentic AI Interview Questions
- AI System Design Interviews
- Architecture Trade-Offs
- Debugging Production AI Systems
- AI Project Portfolio Review
- Resume Optimization
- Mock Interview Scenarios
- Career Roadmap Planning

---

## 💡 One recommendation

After Week 16, you could add a final section instead of another week:

# 🎓 **Capstone Projects**

Include 10–15 enterprise-grade projects such as:

- Enterprise RAG Platform
- AI DevOps Incident Response Agent
- AI SRE Assistant
- AI Platform Observability Dashboard
- AI Security Scanner
- AI Documentation Generator
- Multi-Agent Research Assistant
- AI Code Review Platform
- AI Customer Support Platform
- Enterprise Knowledge Copilot
- AI Workflow Automation Platform
- Autonomous Software Engineering Agent

---

## 🎯 **Learning Outcomes**

Upon completion of this comprehensive multi-week program, you will have:

- **Advanced DevOps Mastery**: Expertise in production-grade CI/CD, container security, advanced Kubernetes, Helm, infrastructure automation, and deployment patterns.
- **End-to-End MLOps Proficiency**: Full lifecycle ML management—from experimentation, tracking, and model packaging to production deployment, monitoring, and automated retraining.
- **Platform Engineering Excellence**: Deep experience with Infrastructure as Code, GitOps, building and operating internal developer platforms, and scaling cloud-native systems.
- **AI & LLM Platform Integration**: Practical skills designing, implementing, and optimizing AI/LLM pipelines, APIs, vector databases, RAG systems, and multi-model orchestration for real-world enterprise use.
- **Agentic System Design**: Foundations and practice designing, deploying, and scaling agent-based AI systems for coding, SRE, operations, and workflow automation.
- **Comprehensive Observability & Security**: Monitoring, logging, distributed tracing, threat modeling, incident response, and robust platform security practices for ML and AI infra.
- **Production-Ready Architecture**: Ability to design and document scalable, reliable, and secure cloud architectures for ML/AI at scale.
- **Career & Portfolio Preparation**: Professional positioning as a DevOps/MLOps/Platform/AI engineer—resume, technical portfolio, hands-on projects, and interview readiness.

---

## 📚 **Prerequisites**

- Basic understanding of software development and deployment concepts
- Familiarity with cloud computing fundamentals
- Experience with at least one programming language
- Basic knowledge of Linux/Unix systems
- Genuine enthusiasm for learning modern DevOps, MLOps, and cutting-edge AI/LLM infrastructure & engineering systems

---

## 🚀 **Getting Started**

1. **Clone this repository** to your local machine
2. **Follow the weekly schedule** systematically
3. **Complete hands-on exercises** for each topic
4. **Build your portfolio** with practical projects
5. **Join the community** for collaborative learning

---

## **⭐ Support & Author**

## **⭐ Hit the Star!**

If you find this repository helpful and plan to use it for learning, please consider giving it a star ⭐. Your support motivates me to keep improving and adding more valuable content! 🚀

---

## 🛠️ **Author & Community**

This project is crafted with passion by **[Harshhaa](https://github.com/NotHarshhaa)** 💡.

I’d love to hear your feedback! Feel free to open an issue, suggest improvements, or just drop by for a discussion. Let’s build a strong DevOps community together!

---

## 📧 **Let's Connect!**

Stay connected and explore more DevOps content with me:

[LinkedIn](https://linkedin.com/in/harshhaa-vardhan-reddy)  [GitHub](https://github.com/NotHarshhaa)  [Telegram](https://t.me/prodevopsguy)  [Dev.to](https://dev.to/notharshhaa)  [Hashnode](https://hashnode.com/@prodevopsguy)

---

## 📢 **Stay Updated!**

Want to stay up to date with the latest DevOps trends, best practices, and project updates? Follow me on my blogs and social channels!

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