Cloud Computing & Devops
Cloud Computing & Devops
Cloud Computing & Devops
Build industry-ready skills with practical training, expert guidance and career-focused learning.
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120 Hours
Monday – Friday
Offline / Online
17 Modules
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📞 +91 8086 651 651Course Overview
The Cloud Computing & DevOps Professional Program at Jigsaw TechnoHub is designed to help learners build practical skills in cloud infrastructure, Linux, networking, virtualization, DevOps practices, automation, containerization, and cloud deployment.
The program starts with cloud computing and infrastructure fundamentals before progressing into Linux administration, AWS, Git, Docker, CI/CD, Infrastructure as Code, Kubernetes, monitoring, and cloud security. At the Professional level, learners work with advanced DevOps workflows, cloud-native technologies, automation, and real-world deployment projects.
Through hands-on labs and industry-oriented projects, students learn how applications are developed, deployed, monitored, scaled, and maintained in modern cloud environments.
By the end of the programme, students will:
- Understand cloud computing concepts and architectures
- Work with Linux and cloud infrastructure
- Understand networking and virtualization
- Deploy applications on cloud platforms
- Use Git and GitHub for version control
- Build and manage Docker containers
- Create CI/CD pipelines
- Automate infrastructure deployment
- Work with Infrastructure as Code
- Understand Kubernetes and container orchestration
- Monitor cloud applications and infrastructure
- Apply cloud security fundamentals
- Build and deploy real-world DevOps projects
- Develop a professional Cloud & DevOps portfolio
COURSE MODULES
01 | Introduction to Cloud Computing
This module introduces students to cloud computing, its architecture, services, deployment models, and role in modern IT infrastructure.
What You'll Learn
- Introduction to Cloud Computing
- Evolution of Cloud Computing
- Traditional IT Infrastructure vs Cloud
- Benefits of Cloud Computing
- Cloud Service Models
- IaaS
- PaaS
- SaaS
- Public Cloud
- Private Cloud
- Hybrid Cloud
- Community Cloud
- Cloud Regions and Availability Zones
- Scalability and Elasticity
- High Availability
- Cloud Infrastructure Fundamentals
- Cloud Career Opportunities
02| Computer Networking Fundamentals
Students learn the networking concepts required to work with cloud infrastructure and DevOps environments.
What You'll Learn
- Networking Fundamentals
- LAN, WAN and Internet
- OSI Model
- TCP/IP Model
- IP Addresses
- IPv4 and IPv6
- Subnetting Fundamentals
- DNS
- DHCP
- TCP and UDP
- Ports and Protocols
- HTTP and HTTPS
- Routers and Switches
- Firewalls
- VPN Fundamentals
- Network Security Basics
03|Generative AI Tools & Productivity
Linux is widely used in cloud and DevOps environments. This module provides students with practical Linux administration skills.
What You'll Learn
- Introduction to Linux
- Linux Distributions
- Installing Linux
- Linux File System
- Files and Directories
- Linux Commands
- File Permissions
- Users and Groups
- Process Management
- Package Management
- Environment Variables
- File Compression
- SSH
- System Services
- Log Files
- Basic Shell Scripting
04| Virtualization & Cloud Infrastructure
Students learn how physical infrastructure is transformed into virtualized and cloud-based environments.
What You'll Learn
- Introduction to Virtualization
- Physical vs Virtual Machines
- Hypervisors
- Virtual Machines
- Virtual Networks
- Virtual Storage
- Server Provisioning
- Resource Allocation
- Snapshots
- Virtual Machine Management
- Introduction to Containers
- Cloud Infrastructure Architecture
- Infrastructure Scalability
- High Availability Concepts
05| Beginner Cloud Projects
Students apply their knowledge through practical infrastructure exercises.
Projects
- Linux Server Setup
- Virtual Machine Deployment
- Basic Web Server Deployment
- Cloud Storage Configuration
- Basic Cloud Network Setup
Students will create:
- Linux Server
- Web Server
- Virtual Machine
- Basic Cloud Infrastructure
- Deployment Documentation
06 | AWS Cloud Fundamentals
Students learn the fundamentals of Amazon Web Services and deploy common cloud infrastructure components.
What You'll Learn
- Introduction to AWS
- AWS Management Console
- AWS Regions and Availability Zones
- IAM Fundamentals
- EC2
- AMI
- Instance Types
- Security Groups
- Elastic IP
- EBS
- S3
- S3 Storage Classes
- CloudFront – Introduction
- RDS Fundamentals
- VPC Fundamentals
- AWS CloudWatch – Introduction
- AWS CLI – Introduction
07|Git & Version Control
Students learn how development teams manage source code and collaborate using Git and GitHub.
What You'll Learn
- Introduction to Version Control
- Git vs GitHub
- Git Installation
- Git Repositories
- Git Workflow
- git init
- git clone
- git add
- git commit
- git push
- git pull
- Branches
- Merging
- Merge Conflicts
- Pull Requests
- GitHub Repositories
- Collaboration Workflows
- Git Best Practices
08| Docker & Containerization
Students learn how applications are packaged and deployed using containers.
What You'll Learn
- Introduction to Containers
- Containers vs Virtual Machines
- Docker Architecture
- Docker Installation
- Docker Images
- Docker Containers
- Docker Hub
- Dockerfile
- Building Docker Images
- Running Containers
- Container Networking
- Container Volumes
- Environment Variables
- Docker Compose
- Multi-container Applications
- Container Management
09| DevOps Fundamentals & CI/CD
Students learn how DevOps practices bring development and operations together through automation and continuous delivery.
What You'll Learn
- Introduction to DevOps
- DevOps Culture
- DevOps Lifecycle
- Development and Operations Collaboration
- Continuous Integration
- Continuous Delivery
- Continuous Deployment
- Build Automation
- Test Automation
- Deployment Automation
- CI/CD Pipelines
- Pipeline Stages
- Jenkins Fundamentals
- GitHub Actions
- Automated Builds
- Automated Testing
- Automated Deployment
10| Infrastructure as Code
Students learn how infrastructure can be defined, versioned, and deployed through code.
What You'll Learn
- Introduction to Infrastructure as Code
- Benefits of IaC
- Declarative vs Imperative Infrastructure
- Terraform Fundamentals
- Terraform Installation
- Providers
- Resources
- Variables
- Outputs
- Terraform Configuration
- Terraform State
- Terraform Plan
- Terraform Apply
- Infrastructure Provisioning
- Reusable Infrastructure
- Version-controlled Infrastructure
11| Intermediate Cloud & DevOps Projects
Students develop practical cloud and DevOps solutions combining AWS, Git, Docker, CI/CD, and Infrastructure as Code.
Projects
- AWS Web Application Deployment
- Dockerized Web Application
- GitHub-Based Development Workflow
- Jenkins CI/CD Pipeline
- Terraform Infrastructure Deployment
Each project will involve:
Code → Build → Containerize → Test → Deploy → Monitor
12 | Kubernetes & Container Orchestration
Students learn how containerized applications are deployed, managed, scaled, and maintained using Kubernetes.
What You'll Learn
- Introduction to Kubernetes
- Kubernetes Architecture
- Cluster Components
- Nodes
- Pods
- Deployments
- ReplicaSets
- Services
- Namespaces
- ConfigMaps
- Secrets
- Persistent Volumes
- Ingress
- Kubernetes Networking
- Scaling Applications
- Rolling Updates
- Rollbacks
- Kubernetes Configuration
- Kubernetes on Cloud
13| Advanced AWS Cloud Architecture
Students learn how cloud services can be combined to build scalable and highly available applications.
What You'll Learn
- Advanced AWS Architecture
- VPC Architecture
- Public and Private Subnets
- Route Tables
- Internet Gateway
- NAT Gateway
- Load Balancers
- Auto Scaling
- AWS RDS
- CloudWatch
- IAM Policies
- Cloud Storage
- Serverless Fundamentals
- AWS Lambda
- Event-driven Architecture
- High Availability
- Fault Tolerance
- Scalability
- Cloud Cost Optimization
14| Advanced CI/CD & DevOps Automation
Students learn how professional DevOps teams automate application delivery from source code to production.
What You'll Learn
- Advanced CI/CD Architecture
- Pipeline Design
- Jenkins Pipelines
- GitHub Actions
- Automated Testing
- Build Automation
- Deployment Strategies
- Blue-Green Deployment
- Canary Deployment
- Rolling Deployment
- Environment Management
- Secrets Management
- Artifact Management
- Pipeline Security
- Deployment Automation
- Release Management
- Continuous Monitoring
15| Cloud Monitoring, Logging & Security
Students learn how to monitor cloud infrastructure and applications while applying essential security practices.
What You'll Learn
- Cloud Monitoring Fundamentals
- Infrastructure Monitoring
- Application Monitoring
- Log Management
- Metrics and Alerts
- AWS CloudWatch
- Centralized Logging
- Performance Monitoring
- Resource Monitoring
- Cloud Security Fundamentals
- IAM and Access Control
- Least Privilege
- Security Groups
- Network Security
- Data Encryption
- Secrets Management
- Vulnerability Management
- Backup and Recovery
- Cloud Security Best Practices
16| DevSecOps & Cloud Automation
Students learn how security and automation can be integrated throughout the DevOps lifecycle.
What You'll Learn
- Introduction to DevSecOps
- Security in CI/CD
- Secure Source Code
- Dependency Security
- Container Security
- Infrastructure Security
- Secrets Management
- Security Testing
- Vulnerability Scanning
- Automated Security Checks
- Compliance Fundamentals
- Secure Infrastructure as Code
- DevSecOps Pipeline
- Security Monitoring
- Automated Remediation
- Cloud Security Automation
17|Professional Cloud & DevOps Capstone & Career Preparation
Students complete an end-to-end cloud deployment project incorporating development, infrastructure, containers, automation, CI/CD, monitoring, and security.
Capstone Project Process
Application Development → Git Repository → Dockerization → Infrastructure Provisioning → CI/CD Pipeline → Kubernetes Deployment → Cloud Deployment → Monitoring → Security → Documentation
Capstone Project Options
Students can develop projects such as:
- Cloud-Based E-commerce Application
- Containerized Web Application
- Microservices Deployment
- Automated AWS Application Deployment
- Kubernetes Application Deployment
- Full CI/CD DevOps Pipeline
- Infrastructure-as-Code Project
- Cloud Monitoring & Security Project
What Students Will Create
- Git Repository
- Dockerized Application
- Terraform Infrastructure
- CI/CD Pipeline
- Cloud Deployment
- Kubernetes Configuration
- Monitoring Dashboard
- Security Configuration
- Technical Documentation
- Final DevOps Project Report
Software & Tools Covered
Throughout the Professional Program, students will gain practical experience with:
- AWS
- Linux
- Git
- GitHub
- Docker
- Docker Compose
- Jenkins
- GitHub Actions
- Terraform
- Kubernetes
- Helm – Introduction
- Nginx
- Apache
- MySQL / RDS
- AWS CLI
- Bash
- Python – Automation Fundamentals
- VirtualBox / VMware
- Postman
- AWS CloudWatch
- Prometheus – Introduction
- Grafana – Introduction
- Jira – Introduction
Career Opportunities
After completing the Professional Program, learners can pursue roles such as:
- Cloud Engineer
- Cloud Support Engineer
- DevOps Engineer – Entry Level
- Junior DevOps Engineer
- Cloud Operations Engineer
- Cloud Administrator
- AWS Cloud Associate
- DevOps Associate
- Site Reliability Engineer – Entry Level
- Infrastructure Engineer
- Cloud Automation Engineer
- Junior Platform Engineer
- Cloud Security Associate
- Build & Release Engineer
- CI/CD Engineer – Entry Level
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Course Cetificate
Certificate
The Cloud Computing & DevOps Professional Program at Jigsaw TechnoHub is designed to help learners build practical skills in cloud infrastructure, Linux, networking, virtualization, DevOps practices, automation, containerization, and cloud deployment.
- Work with Linux and cloud infrastructure
- Understand networking and virtualization
- Deploy applications on cloud platforms
- Use Git and GitHub for version control
- Build and manage Docker containers
- Create CI/CD pipelines
- Automate infrastructure deployment
- Work with Infrastructure as Code
Ready to Build Your Future?
Your journey from graduate to professional starts here.Join Jigsaw TechnoHub and gain the skills, confidence, and industry exposure needed to succeed in today's competitive job market.