From Beginner to PRO
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About our Cloud Computing Training Program -
Cloud Computing meaning computation using large servers. Companies are sitting on huge data hence to process such huge data they need servers that can provide fast computations comparaed to traditional dedicated servers. Hence the need of cloud computing to provide infra to deploy projects processing huge data. Therefore the need of AWS or Amazon Web Services to develop cloud infra and DevOps (development operations) to provide structured mechanism to deploy and monitor projects on cloud. Terefore, we have created a combined AWS with DevOps course to cover both the aspects of cloud with projects to help you become Cloud Expert under our experts. This course comes with a job placement where we help students get a lot of job opportunities in various job roles mentioned below through our placement support and continuous expert guidance until a student gets a job, terms apply mentioned in faqs on this page. For quick results and to help our students get lot of job opportunities, our placement process begins in ongoing training if some criteria are fulfilled or automatically on completion. You can be the next placed student. Enroll, Learn, Succeed. Enroll Today.
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Job Opportunities -
Cloud Engineer, Cloud Developer, AWS Developer, DevOps Developer, DevOps Engineer, Solution Architect etc.
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Pre-requisites -
None. Any one from IT & non IT can learn.
Get Offers & Details
Syllabus
Learn 45+ modules
- Introduction to Cloud Computing
- Traditional IT vs Cloud
- Benefits of Cloud Computing
- Cloud Deployment Models (Public, Private, Hybrid)
- Cloud Service Models (IaaS, PaaS, SaaS)
- Introduction to AWS
- AWS Global Infrastructure
- Regions, Availability Zones & Edge Locations
- AWS Global Services vs Regional Services
- AWS Management Console
- AWS Free Tier
- AWS Pricing Model
- AWS Shared Responsibility Model
- Introduction to EC2 (Elastic Compute Cloud).
- AWS Billing Dashboard
- Cost Explorer
- AWS Budgets
- Billing Alerts
- AWS Organizations
- AWS Account Best Practices
- Introduction to EC2 (Elastic Compute Cloud).
- Introduction to IAM
- Root User vs IAM User
- IAM Users
- IAM Groups
- IAM Roles
- IAM Policies
- Managed Policies
- Inline Policies
- MFA
- Password Policy
- Access Keys
- Secret Keys
- IAM Best Practices
- Networking Fundamentals
- IPv4 & IPv6
- Public IP vs Private IP
- CIDR
- DNS Working & Resolution
- DNS Records
- HTTP vs HTTPS
- SSL/TLS Basics
- VPC
- Introduction to VPC
- VPC Components
- Public & Private Subnets
- Route Tables
- Internet Gateway
- NAT Gateway
- Elastic IP
- Security Groups
- Network ACL
- VPC Peering
- VPN Connection
- Bastion Host
- DNS & CDN
- Amazon Route 53
- Hosted Zones
- Routing Policies
- Amazon CloudFront
- CDN
- Edge Locations
- EC2 (Compute Services)
- Introduction to EC2
- EC2 Instance Types
- Amazon Machine Image (AMI)
- Launch Templates
- Key Pair (.pem/.ppk)
- Connecting to EC2 Instances
- User Data
- EC2 Lifecycle
- Elastic IP
- EC2 Best Practices
- Amazon EBS
- EBS Overview
- Volume Types
- Snapshots
- Volume Management
- Amazon S3
- Buckets & Objects
- Storage Classes
- Versioning
- Lifecycle Rules
- Bucket Policies
- Static Website Hosting
- Amazon EFS
- EFS Overview
- AWS Backup
- Database Fundamentals
- SQL vs NoSQL
- Introduction to Amazon RDS
- RDS Database Engines
- Creating & Configuring RDS Instance
- Multi-AZ
- Read Replica
- Backup & Snapshots
- Introduction to Amazon Aurora
- Introduction to Amazon DynamoDB
- Tables & Items
- Partition Key
- Introduction to Amazon ElastiCache
- Redis vs Memcached
- Introduction to Amazon Redshift
- Data Warehouse
- Hands-on: RDS & DynamoDB
- Introduction to Elastic Load Balancer (ELB)
- Types of Load Balancers (ALB, NLB, Gateway Load Balancer - Overview)
- Application Load Balancer (ALB)
- Network Load Balancer (NLB)
- Target Groups
- Health Checks
- Path-Based & Host-Based Routing
- Introduction to Auto Scaling Groups (ASG)
- Launch Templates
- Scaling Policies (Dynamic & Scheduled)
- Horizontal vs Vertical Scaling
- High Availability & Fault Tolerance
- Hands-on: Configure ELB with ASG
- Introduction to Serverless
- Benefits of Serverless
- AWS Lambda
- Lambda Functions
- Lambda Triggers
- Event-Driven Architecture
- API Gateway
- Lambda Use Cases
- Hands-on: Create & Trigger Lambda Function
- Introduction to Infrastructure as Code
- AWS CloudFormation
- Templates
- Resources
- Parameters
- Outputs
- Stacks
- Stack Updates
- Change Sets
- Hands-on: Deploy Infrastructure using CloudFormation
- AWS CLI Installation
- AWS CLI Configuration
- IAM using CLI
- EC2 using CLI
- S3 using CLI
- Basic Automation using CLI
- AWS CloudShell
- Amazon CloudWatch
- Metrics
- Logs
- Alarms
- Dashboards
- AWS CloudTrail
- AWS Config
- AWS Trusted Advisor
- Amazon ECS
- Amazon ECR
- AWS Fargate
- Amazon EKS
- AWS Amplify
- AWS CodePipeline
- AWS CodeBuild
- AWS CodeDeploy
- CI/CD Workflow using AWS Developer Tools
- Introduction to AI on AWS
- Amazon Q Developer
- Amazon Bedrock
- Amazon SageMaker
- AI Use Cases in AWS
- Create IAM Users & Roles
- Configure VPC & Networking
- Launch EC2 Instance
- Attach EBS Volume
- Create S3 Bucket
- Configure Route 53
- Configure CloudFront
- Create RDS Instance
- Create DynamoDB Table
- Configure ELB & ASG
- Deploy Lambda Function
- Create CloudFormation Stack
- Manage AWS using CLI
- Deploy Application using ECS
- Host Static Website using AWS Amplify
- Cost management
- Free Tier Overview
- Budgets and Alerts
- Creating billing alarms
- How to Get AWS Support
- CloudShell
- Best Practices
- AWS Summary
- Daily Activities
- Errors & Troubleshooting
- Interview FAQ’s
- Resume Preparation
- Certifications
- SDLC Basics
- Waterfall vs Agile
- Agile & Scrum
- Introduction to DevOps
- DevOps Lifecycle
- DevOps Principles (CALMS)
- DevOps Toolchain
- CI/CD Concepts
- DevOps Workflow
- DevOps Roles & Responsibilities
- Infrastructure as Code (Intro)
- Configuration Management (Intro)
- Containerization (Intro)
- Kubernetes/Orchestration (Intro)
- Monitoring & Logging (Intro)
- DevSecOps (Intro)
- GitOps (Intro)
- AI in DevOps (Intro)
- Introduction to Computer Networking
- Types of Networks (LAN, MAN, WAN)
- Network Components
- OSI Model
- TCP/IP Model
- IP Addressing (IPv4 & IPv6)
- Public IP vs Private IP
- Subnetting & CIDR (Basics)
- MAC Address
- DNS (Domain Name System)
- DHCP (Overview)
- HTTP vs HTTPS
- SSL/TLS Basics
- Ports & Protocols (SSH, HTTP, HTTPS, FTP, SMTP, DNS)
- NAT (Overview)
- Firewalls & Security Groups
- VPN (Overview)
- Load Balancer (Introduction)
- Reverse Proxy (Nginx Overview)
- Network Troubleshooting Commands (ping, traceroute, nslookup, dig, telnet, curl, netstat, ss)
- Introduction to Unix & Linux
- Linux Distributions (Ubuntu, Amazon Linux, RHEL, Rocky Linux)
- Linux Architecture
- Linux File System Hierarchy
- Basic Linux Commands (pwd, ls, cd, mkdir, rmdir, touch, cat, cp, mv, rm, tree)
- File Searching & Text Processing (find, locate, grep, head, tail, less, more, sort, uniq, wc, cut)
- File Editors (nano, vi/vim)
- File & Directory Permissions (chmod, chown, chgrp, umask)
- User & Group Management
- Soft Links & Hard Links
- Compression & Archiving (tar, gzip, zip)
- Package Management (apt, yum, dnf, rpm)
- Process Management (ps, top, htop, kill, jobs)
- Service Management (systemctl, service, journalctl)
- Networking Commands (hostname, ip, ifconfig, ping, ssh, scp, curl, wget, netstat, ss)
- Disk & System Management (df, du, free, mount, lsblk, uname, cat /etc/os-release)
- Input/Output Redirection & Pipes
- Shell Scripting Basics
- Cron Jobs
- Linux Logs & Basic Troubleshooting
- Introduction to Version Control System (VCS)
- Centralized vs Distributed Version Control
- Source Code Management (SCM)
- Introduction to Git
- Advantages of Git
- Git Architecture
- Git Workflow
- Git Repository (Local & Remote)
- Working Directory, Staging Area & Repository
- Installing & Configuring Git
- Git Basic Commands (init, clone, status, add, commit)
- Git Branching & Merging
- Git Checkout & Switch
- Merge Conflicts
- Git Log & Commit History
- Git Diff
- Git Stash
- Git Reset & Revert
- Git Cherry-pick
- Git Tags
- Git Fetch, Pull & Push
- Git Clean & Remove
- Git Ignore (.gitignore)
- Git Remote Repository
- Introduction to GitHub
- Creating & Managing GitHub Repositories
- Public & Private Repositories
- Clone, Fork & Pull Requests (PR)
- Branch Protection Rules
- GitHub Actions (Introduction)
- Introduction to GitLab
- GitLab Repository Management
- GitLab Merge Requests (MR)
- GitLab CI/CD (Overview)
- GitHub vs GitLab
- Git Best Practices
- Real-Time Git Workflow & Hands-on Exercises
- Introduction to Build & Build Automation
- Purpose of Build Tools
- Evolution of Build Tools (Overview)
- Types of Build Tools
- Java Build Tools (Maven, Gradle – Overview)
- Introduction to Maven
- Why Maven?
- Advantages of Maven
- Maven Architecture
- Installing & Configuring Maven
- Maven Directory Structure
- Maven Build Lifecycle
- Maven Repositories (Local, Central & Remote)
- POM.xml
- Maven Coordinates (Group ID, Artifact ID & Version)
- Maven Dependencies
- Dependency Management
- Maven Plugins
- Maven Goals & Phases (clean, validate, compile, test, package, verify, install, deploy)
- Maven Profiles (Overview)
- Multi-Module Projects (Overview)
- Creating & Building a Maven Project
- Packaging Java Applications (JAR & WAR)
- Maven Integration with Git
- Maven Integration with Jenkins
- Best Practices for Maven Projects
- Introduction to Cloud Computing
- Cloud Service Models (IaaS, PaaS, SaaS)
- Introduction to AWS
- AWS Global Infrastructure (Regions & Availability Zones)
- AWS Account & IAM (Users, Roles, Policies)
- Amazon EC2 (Launch, Connect & Manage Instances)
- Amazon Machine Images (AMI) & Key Pairs
- Amazon EBS (Volumes & Snapshots)
- Amazon S3 (Buckets, Objects & Versioning)
- Introduction to VPC & Security Groups
- Public & Private Subnets (Overview)
- Amazon CloudWatch (Overview)
- Docker & Jenkins Deployment on EC2
- GitHub → Jenkins → EC2 CI/CD Workflow
- Introduction to Amazon ECR
- Introduction to Amazon EKS (Overview)
- Introduction to Jenkins
- What is CI/CD?
- Why Jenkins?
- Jenkins Features
- Jenkins Architecture (Controller & Agent)
- Installing & Configuring Jenkins
- Jenkins Dashboard & GUI
- Jenkins Plugins
- Jenkins User Management
- Creating Freestyle Jobs
- Jenkins Build Triggers
- Poll SCM & Webhooks
- Source Code Integration with Git & GitHub
- Jenkins Credentials Management
- Pipeline as Code (Jenkinsfile)
- Scripted Pipeline
- Declarative Pipeline
- Multi-Branch Pipeline
- Parameterized Builds
- Maven Integration
- Docker Integration
- Jenkins with AWS (EC2)
- Jenkins Notifications (Email/Slack Overview)
- Blue Ocean (Overview)
- Jenkins Backup & Best Practices
- Introduction to GitHub Actions
- Real-Time CI/CD Pipeline Project
- Introduction to Docker
- Why Docker?
- Docker Architecture
- Virtualization vs Containerization
- Docker Components
- Installing & Configuring Docker
- Docker Images & Containers
- Docker Basic Commands
- Docker Image Management
- Container Lifecycle Management
- Docker Volumes
- Docker Networking
- Dockerfile
- Dockerfile Instructions
- Building Custom Docker Images
- Docker Compose
- Multi-Container Applications
- Docker Hub (Public & Private Repositories)
- Pulling & Pushing Images
- Docker Logs & Container Monitoring
- Docker Environment Variables
- Docker Best Practices
- Docker Security (Overview)
- Docker Integration with Jenkins
- Docker on AWS EC2
- Real-Time Docker Project
- Introduction to Kubernetes
- Why Kubernetes?
- Kubernetes Architecture
- Kubernetes Cluster Components (Control Plane & Worker Node)
- Kubernetes Objects
- Pods & Pod Lifecycle
- ReplicaSet
- Deployments
- Rollout & Rollback
- Namespaces
- Labels, Selectors & Annotations
- Manifest (YAML) Files
- Services (ClusterIP, NodePort, LoadBalancer)
- ConfigMaps & Secrets
- Volumes & Persistent Volumes (PV/PVC)
- Kubernetes Networking
- Ingress & Ingress Controller
- Resource Requests & Limits
- Horizontal Pod Autoscaler (HPA)
- StatefulSets & DaemonSets (Overview)
- Jobs & CronJobs (Overview)
- Helm & Helm Charts
- RBAC (Role-Based Access Control)
- Kubernetes Dashboard (Overview)
- Kubernetes on AWS EKS (Overview)
- Kubernetes Troubleshooting
- Deploying Applications on Kubernetes
- Real-Time Kubernetes Project
- Introduction to Infrastructure as Code (IaC)
- Introduction to Terraform
- Why Terraform?
- Terraform Architecture
- Installing & Configuring Terraform
- HashiCorp Configuration Language (HCL)
- Terraform Providers
- Terraform Resources
- Terraform Variables
- Terraform Output Values
- Terraform Data Sources
- Terraform Commands (init, validate, plan, apply, destroy)
- Terraform State File
- Remote Backend (S3)
- State Locking (DynamoDB - Overview)
- Terraform Modules
- Terraform Workspaces
- Terraform Provisioners (Overview)
- Terraform Import
- Creating AWS Resources (EC2, S3, VPC)
- Terraform Best Practices
- Terraform with Git & Jenkins
- Real-Time Infrastructure Deployment Project
- Introduction to Configuration Management
- Introduction to Ansible
- Why Ansible?
- Ansible vs Terraform
- Ansible Architecture
- Installing & Configuring Ansible
- SSH & Passwordless Authentication
- Ansible Inventory
- Ansible Configuration File (ansible.cfg)
- Ansible Ad-hoc Commands
- Ansible Modules
- YAML Basics
- Ansible Playbooks
- Ansible Variables
- Ansible Facts
- Ansible Conditionals
- Ansible Loops
- Ansible Handlers
- Ansible Roles
- Ansible Templates (Jinja2)
- Ansible Vault
- Ansible Tags
- Error Handling in Ansible
- Ansible Galaxy (Overview)
- Deploying Applications using Ansible
- Installing & Managing Packages using Ansible
- Managing Multiple Hosts
- Ansible Best Practices
- Ansible with AWS EC2 (Dynamic Inventory - Overview)
- Ansible with Docker (Overview)
- Real-Time Ansible Project
- Introduction to Monitoring & Logging
- Why Monitoring is Important?
- Types of Monitoring (Infrastructure, Application & Network)
- Introduction to Prometheus
- Prometheus Architecture
- Installing & Configuring Prometheus
- Prometheus Exporters (Node Exporter)
- PromQL Basics
- Introduction to Grafana
- Installing & Configuring Grafana
- Creating Dashboards
- Alerting with Alertmanager
- Introduction to Loki (Log Monitoring)
- Introduction to ELK Stack (Elasticsearch, Logstash & Kibana) – Overview
- Amazon CloudWatch (Overview)
- Monitoring Docker Containers
- Monitoring Kubernetes Cluster
- Application & Server Health Monitoring
- Log Analysis & Troubleshooting
- Monitoring Best Practices
- Real-Time Monitoring Project
- Introduction to DevSecOps
- Why DevSecOps?
- DevOps vs DevSecOps
- Shift Left Security
- Secure CI/CD Pipeline
- Security Best Practices
- Secrets Management
- IAM Security Best Practices
- Docker Security Basics
- Kubernetes Security Basics
- Infrastructure Security (Terraform Best Practices)
- Image Scanning with Trivy
- Static Code Analysis with SonarQube
- Dependency Vulnerability Scanning (Overview)
- OWASP Top 10 (Overview)
- Container & Image Security
- Security in GitHub/GitLab Pipelines (Overview)
- Security Monitoring & Compliance (Overview)
- DevSecOps Best Practices
- Real-Time DevSecOps Pipeline (Overview)
- Introduction to Generative AI
- Introduction to Prompt Engineering
- ChatGPT for DevOps
- GitHub Copilot (Overview)
- Amazon Q Developer (Overview)
- Google Gemini (Overview)
- AI for Linux Commands & Shell Scripting
- AI for Dockerfile & Docker Compose Generation
- AI for Kubernetes YAML Generation
- AI for Jenkins Pipeline Generation
- AI for Terraform & Ansible Code Generation
- AI for Documentation Generation
- Basic Practical
- Generate a Dockerfile
- Generate a Jenkinsfile
- Generate a Terraform Script
- Generate Linux Commands using AI
- Introduction to AIOps
- AI in Monitoring
- AI in Log Analysis
- AI in Incident Management
- AI in Root Cause Analysis
- AI in Cloud Operations
- AI for Cost Optimization (Overview)
- Enterprise AIOps (Overview)
- Basic Practical
- Analyse Logs using AI
- Troubleshoot AWS/Docker Errors using AI
- Generate Monitoring Suggestions using AI
- Introduction to MLOps
- MLOps Lifecycle
- What is Agentic AI?
- What are AI Agents?
- AI-Assisted CI/CD
- AI-Assisted Infrastructure Automation
- AI-Assisted Kubernetes Management
- Future of AI in DevOps
- AI Best Practices & Limitations
- Basic Practical
- Generate CI/CD Pipeline using AI
- AI-assisted Kubernetes YAML
- AI-assisted Infrastructure Automation Demo
- DevOps Real time project - 1
- DevOps Real time project - 2
- CI-CD Pipeline projects
- Interview questions (Technical, Manager & HR)
- Resume preparation & Evaluation
- Real time Scenarios
- Day-to Day activities
- Provide Material
- Weekdays:
- Option 1 - 5 months - 1.5 to 2 hrs per day
- Option 2 - 3.5 months - 2.5 hrs per day
- Weekends:
- 4.5 to 5 months - 3 hrs per day
- Bootcamp - 20 Days - 5 to 6 hours per day - Placement Support starts from 20th Day - Learn full syllabus with practical sessions and breaks.
- Batch Types - Weekdays - MTTF or Weekends - SS
- Need Info ? Inquire Now
- Rs. 50000 (installments)
- Rs. 47000 - 1 time
- Note - Fees in INR, international students please convert fees in your currency. Free Demo available. To book, contact us.
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Google Reviews
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Pranay Deshmukh
I had a positive experience with QuickXpert Infotech Institute. I completed my online course in Cloud Computing (AWS) and got my Internship Placement in Technopunks company with help of HR Rahul Sir. Overall, I would recommend this institute for anyone looking to enhance their IT skills with Good Placements offer. -
Sharique Shaikh
Good learning platform specially thanks to Apurva Madam. -
Suhail Khatib
The faculty is great. Great place to Inroll and gain knowledge. Value for your money. Aadi sir is exceptional in teaching. Very down to earth and amazing person. Keep up the great work sir. I will definitely recommend it to all looking to enhance their tech skills. -
Amit Patyane
Good Learning Experience. Best Teacher Mr. Narendra Sir & Supportive staff. Flexible batches are good for job person as like me. -
Rupesh Kadam
The best and very intellectual way of teaching. Teaching is very smooth Krishna Sir and are very friendly. -
Ashwini Aher
It was a good Learning Experience -
Dhanshree Joshi
Mentor was very humble and kind. But the course completion was delayed to complete by month from the committed date. -
Iqra Shaikh
Great platform for upskill -
Pradeep Jadhav
Good institute