All Courses

Type a course name or short form (acronym) to find any course quickly.

Career-Ready · Industry-Focused

Cloud Computing Professional Course (PCC)

Start Date 1 November 2026

Upcoming batch 1 December 2026

Duration 6 Months

Mode Online / Offline

Certification CITC Certified

Batch / Course PCC

Enroll Now

Click here for CITC All Courses FEES

Course Highlights

What you get when you enrol with CITC

Industry-ready Curriculum

Practical Learning

CITC Certificate

Flexible Batches

Placement Support

Career Guidance

1,744+ Franchises

41,858+ Students

445+ Courses

10,465+ Govt. Placements

23,022+ Private Placements

Cloud Computing Professional Course

Cloud Computing Professional Course is a 6-month programme that builds practical skills for deploying, securing and operating applications on AWS, Microsoft Azure and Google Cloud. You begin with cloud service models, Linux command-line basics and virtual networking, then learn to launch virtual machines, configure load balancing and auto scaling, connect custom domains with HTTPS, and manage cloud storage, managed databases and backups.

The course then moves into DevOps practice with Git, CI/CD pipelines, Docker, Terraform and Kubernetes, followed by serverless functions, identity and access management, monitoring and cost control. A capstone brings these skills together in one secure, scalable deployment.

The course suits 12th-pass students, graduates, developers and system administrators preparing for cloud support, cloud engineering or junior DevOps roles, and gives a practical foundation for vendor certification study.

Course Papers / Subjects

What you will study in this programme

Mandatory 2

Cloud Foundations and Services

Cloud DevOps and Automation

Syllabus (Module-wise)

Expand each topic for details

Cloud Foundations, Linux & Virtual Networking -1

Core cloud concepts, safe account setup, Linux skills and the virtual networks every cloud workload runs in.

Cloud service models (IaaS, PaaS, SaaS) and deployment models (public, private, hybrid)

Shared responsibility model and Well-Architected pillars

AWS, Azure and Google Cloud: regions, availability zones and equivalent services

Account setup, MFA, budgets, billing alerts and resource tagging

Console, CLI and Cloud Shell; scripting basics

Linux essentials: SSH keys, files and permissions, packages, services and logs

Virtualization: hypervisors (Type 1 and Type 2), virtual machines vs containers

VPC/VNet design: CIDR, subnets, route tables, internet and NAT gateways

Security groups vs network ACLs, VPN and VPC peering

Secure administrative access: bastion host vs managed session access

Compute, Storage, Databases & Application Hosting -2

Launch and host applications with high availability, custom domains, durable storage, managed databases and tested recovery plans.

Virtual machines: instance types, images, key pairs, public and private IPs

Web servers and Nginx reverse proxy; deploying LAMP and Node.js/Python apps

Load balancer types (L4/L7), health checks and auto scaling groups

DNS, domain mapping, TLS certificates (Let’s Encrypt, ACM) and HTTPS redirection

Content delivery networks (CloudFront, Azure Front Door, Cloud CDN)

Object, block and file storage; S3 / Blob / Cloud Storage buckets and policies

Storage classes, lifecycle rules, versioning and cross-region replication

Managed databases: RDS/Aurora, Azure SQL, Cloud SQL; DynamoDB, Cosmos DB, Firestore

Snapshots, automated backups, retention and read replicas

RPO/RTO and disaster recovery strategies (backup-restore, pilot light, warm standby, active-active)

DevOps on Cloud: Git, CI/CD, Docker, Terraform & Kubernetes -3

Automate builds, infrastructure and deployments with version control, pipelines, containers, Infrastructure as Code and Kubernetes.

DevOps culture and lifecycle; Git branching, pull requests and repository management

CI/CD pipelines with GitHub Actions; keyless cloud deployment using OIDC

Dockerfiles, multi-stage builds, Docker Compose and image vulnerability scanning

Container registries (ECR, ACR, Artifact Registry)

Terraform: providers, resources, variables, outputs and modules

Terraform remote state, state locking, plan review and drift

Kubernetes architecture: control plane, nodes, pods and namespaces

Deployments, Services, ConfigMaps, Secrets and scaling

Helm charts and Kubernetes Gateway API for traffic routing

Managed Kubernetes: EKS, AKS and GKE

Serverless, Cloud Security, Monitoring, Cost & Capstone -4

Build event-driven functions, secure and observe cloud workloads, control spending, and complete a capstone deployment.

Serverless: AWS Lambda, Azure Functions and Cloud Run functions

Event triggers, API endpoints, limits and use cases

IAM: users, groups, roles, policies and least privilege; SSO and MFA

Encryption with KMS; secrets managers; audit trails (CloudTrail, Activity Log)

Metrics, logs, alerts and dashboards (CloudWatch, Azure Monitor, Cloud Monitoring)

Compliance awareness: CERT-In incident reporting and log retention, DPDP data handling

Cost management: budgets, rightsizing, reserved capacity / savings plans, spot, cleanup

Multi-cloud and hybrid strategy: when and why

Capstone: design and deploy a secure, scalable, monitored application with CI/CD and IaC

What You Will Learn & Career Scope

Details from the course content

Why Choose This Course?

This course covers everything from cloud computing basics to advanced topics, helping you progress step by step. It includes in-depth training on AWS, Azure, and Google Cloud, along with practical skills for real-world applications.

You’ll learn to design scalable systems through cloud architecture and gain hands-on experience with virtualization and automation. The course also emphasizes cloud security and compliance to ensure secure cloud environments.

A real-world final project helps solidify your knowledge and build your portfolio. Upon completion, you’ll receive an industry-recognized certification to boost your career in cloud computing.

What Will You Learn?

Learn cloud computing basics to advance topics, from foundational concepts to expert-level skills.
Master cloud computing AWS course, Azure, and Google Cloud tools.
Understand characteristics of cloud computing and its business benefits.
Explore platform as a service in cloud computing and other service models.
Develop hands-on experience in cloud application deployment and virtualization in cloud computing.
Examine advantages and disadvantages of cloud computing and how to overcome common challenges.
Work on real-world scenarios, including IoT cloud computing, DevOps automation, and CI/CD pipelines.
Gain expertise in cloud security & compliance, ensuring secure cloud operations.

Opportunities After This Course

Cloud professionals are in high demand, and this cloud courses program prepares you for roles such as:

Cloud Architect – Design and implement cloud solutions.
Cloud Engineer – Build and maintain cloud platforms.
DevOps Engineer – Automate cloud infrastructure and processes.
Cloud Security Specialist – Ensure cloud environments are secure.
Cloud Solutions Consultant – Help businesses move to the cloud.

With skills in cloud computing architecture and virtualization in cloud computing, you will be a valuable asset in the IT industry.

Who can Enroll?

This cloud computing course is ideal for:

IT professionals looking to upgrade their cloud skills.
Developers, system administrators, and DevOps engineers.
Students and fresh graduates preparing for cloud careers.
Anyone interested in what is cloud computing and its practical uses.

No matter your experience level, this course will provide you with the expertise to succeed in cloud computing.

Enroll Now

Start your journey in cloud computing today! This best cloud computing course offers hands-on training, real-world applications, and certification to help you excel in the industry.

Don’t miss this chance to become a cloud expert—enroll now and master cloud computing architecture, security, and automation!

CITC – Empowering Future with Cloud Computing Professionals!

Enroll Now

Frequently Asked Questions

Common questions about this course

You will learn to deploy and manage applications on AWS, Microsoft Azure and Google Cloud. Topics include virtual networking, virtual machines, load balancing, storage, managed databases, backups, CI/CD, Docker, Terraform, Kubernetes, serverless functions, IAM, monitoring and cost control.

The course runs for 6 months with 180 hours of training. Eligibility is 12th pass.

The eligibility for CITC’s Cloud Computing course is 12th standard. It is suitable for students, fresh graduates and learners interested in cloud technologies.

The course introduces all three and compares their equivalent services. Which platform is used for most hands-on labs: Needs Confirmation.

Yes. CITC covers cloud security concepts along with access control, authentication, infrastructure security and data privacy.

The syllabus overlaps with entry-level AWS and Azure certification topics and gives a practical foundation for exam study. Vendor certifications are awarded only by passing the vendor’s own exam. Whether exam vouchers or exam-specific preparation are included: Needs Confirmation.

Yes. The course includes hands-on activities such as deploying virtual machines, configuring cloud networks and working with cloud services.

Yes. Students learn cloud networking, VPCs, subnets, security groups and cloud storage services such as object storage.

Yes. CITC offers the Cloud Computing (PCC) course in online and offline modes.

After completing the course, learners can explore roles such as Cloud Engineer, DevOps Engineer, Cloud Security Specialist and Cloud Solutions Consultant.

Vocational Programs

NIELIT Courses

Franchise

Study Center Detail

Franchise Detail

All Courses

Cloud Computing Professional Course (PCC)