Cloud Computing (AWS / Azure / Google Cloud)

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Cloud Computing Bootcamp by Lexford International University

  • Learn Multi-Cloud (AWS, Azure, GCP)
  • Master DevOps & CI/CD Pipelines
  • No Prior Cloud Experience Required
  • Deploy Highly Scalable Architectures
  • Build Serverless Applications
  • Mentorship from Senior Cloud Architects
  • Hands-on Labs & Real-World Projects
  • Prepare for Industry Certifications
  • Global Certification by Lexford University
  • Access to top Cloud Engineer jobs
Cloud Computing Server Infrastructure
  • Intro to Cloud
  • Tech Landscape
  • Program Highlights
  • Why HNtrix
  • Benefits
  • Application
  • FAQ

Cloud Computing

Learn to architect, deploy, and manage highly available applications across major cloud platforms.

The Cloud Computing Bootcamp is a comprehensive, hands-on program designed to take you from a beginner to a job-ready Cloud Architect. This program covers the foundational principles of cloud computing, diving deep into the Big Three: Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). You will learn essential concepts such as Infrastructure as a Service (IaaS), Platform as a Service (PaaS), serverless computing, database management, and cloud security. We also cover DevOps methodologies, focusing on CI/CD pipelines, containerization with Docker, and orchestration with Kubernetes. Participants will work on real-world projects, setting up scalable architectures, automating deployments, and managing cloud environments, providing the practical experience needed to excel in modern IT infrastructure roles.

Why Choose Cloud  Computing ?

Cloud is the backbone of modern enterprise technology.

94%

Of enterprises already use cloud services, driving massive demand for cloud engineers.

High Demand

Cloud computing consistently ranks among the top most in-demand hard skills globally.

1 MILLION+

Over 1 million job postings require Cloud (AWS/Azure/GCP) skills worldwide.

$125K

The average base salary for Cloud Architects and DevOps Engineers in top markets.

Future Proof

Cloud migration is a permanent shift, making this a highly secure career path.

Upon completion of the Cloud Computing program, students will:

  • Design and deploy highly scalable and fault-tolerant architectures across AWS, Azure, and GCP.
  • Implement Continuous Integration and Continuous Deployment (CI/CD) pipelines to automate software delivery.
  • Manage containerized applications using Docker and orchestrate them efficiently with Kubernetes.
  • Secure cloud environments by configuring Identity and Access Management (IAM), virtual networks, and firewalls.
  • Develop the competencies required to excel in Cloud Architect, Cloud Engineer, or DevOps roles.
Cloud Computing Students

Program Highlights

See which benefits you can derive from joining this program.

Multi-Cloud Expertise

  • Learn the big three: AWS, Microsoft Azure, and GCP.
  • Understand how to choose the right provider for business needs.
  • Highly Experienced Cloud Architects as Instructors.

DevOps Integration

  • Master CI/CD pipelines using Jenkins and GitLab Actions.
  • Implement Infrastructure as Code (IaC) with Terraform.

Live Mentorship & Support

  • Weekly Live Architecture Review Sessions
  • 1-on-1 deployment troubleshooting & project guidance
  • Dedicated Tech Support to help with cloud console setups.

Become Job-Ready

  • Build a strong portfolio with real-world cloud architectures.
  • Curriculum aligns with AWS Solutions Architect certification.
  • Learn industry best practices for security and cost optimization.

Program Curriculum

An overview of what you will learn from this program.

CLD101 | Cloud Computing Fundamentals | 4 Credit Hours
  • Understand the core concepts of Cloud Computing, including IaaS, PaaS, and SaaS models. Explore virtualization, data centers, and the economic benefits of migrating to the cloud.
CLD102 | Amazon Web Services (AWS) | 4 Credit Hours
  • Dive deep into AWS. Learn core services including EC2 (compute), S3 (storage), RDS (databases), VPC (networking), and IAM (identity management) for secure, scalable infrastructure.
CLD103 | Microsoft Azure & GCP | 4 Credit Hours
  • Expand your skills to multi-cloud environments. Understand Azure Virtual Machines, Azure Active Directory, and Google Cloud Compute Engine to design flexible cloud solutions.
CLD104 | Serverless Architecture | 4 Credit Hours
  • Learn how to build applications without managing servers. Master AWS Lambda, API Gateway, and DynamoDB to deploy highly available, event-driven architectures.
CLD105 | DevOps & CI/CD Pipelines | 4 Credit Hours
  • Bridge the gap between development and operations. Learn Continuous Integration and Continuous Deployment (CI/CD) using Jenkins, GitLab CI, and AWS CodePipeline to automate software delivery.
CLD106 | Containerization (Docker & K8s) | 4 Credit Hours
  • Master modern application deployment. Package applications using Docker containers and orchestrate them at scale across clusters using Kubernetes (K8s).
CLD107 | Infrastructure as Code (IaC) | 4 Credit Hours
  • Automate your cloud infrastructure provisioning. Learn to write declarative configuration files using Terraform and AWS CloudFormation to deploy resources consistently.
CLD108 | Capstone Project | 4 Credit Hours
  • Bring everything together. Design, build, and deploy a secure, highly scalable multi-tier web application architecture on AWS, incorporating DevOps automation.

Capstone Projects

Test your skills by architecting real-world cloud infrastructures.

Scalable Web Architecture

Design a highly available multi-tier web application using AWS EC2, Auto Scaling Groups, and Elastic Load Balancing.

Serverless API Backend

Create a fully serverless, event-driven API utilizing AWS Lambda, API Gateway, and Amazon DynamoDB.

Automated CI/CD Pipeline

Implement a robust DevOps pipeline using Jenkins to automatically test, containerize, and deploy code to production.

Kubernetes Orchestration

Package a microservices application into Docker containers and orchestrate the deployment on a Kubernetes cluster.

Cloud Security & Networking

Configure a secure Virtual Private Cloud (VPC) with public/private subnets, NAT Gateways, and strict IAM policies.

Database Migration Strategy

Execute a seamless migration of an on-premise relational database to Amazon RDS with zero application downtime.

Infrastructure as Code

Techniques used: Write Terraform scripts to provision, manage, and destroy complete cloud environments predictably.

Cloud Cost Optimization

Techniques used: Analyze billing data, set up budgets, and implement lifecycle policies to drastically reduce cloud expenditure.

Why HNtrix

Enrol with leading global online educational Cloud course provider.

Cloud Learners
100000+
Top Ranked Programs
10
Cloud Architects
250+
Live Lab Sessions
400+

Cloud Computing Batch Profile

Experience Distribution

Experience Distribution Chart

Our students include fresh IT graduates, system administrators, developers, and tech leads looking to upskill and transition into Cloud Architecture roles.

Educational Background and Industry Diversity Charts

Benefits

Learn Cloud Architecture from leading academicians and experienced practitioners.

Personalised cloud labs based on your proficiency level to give you hands-on experience.

Mix of Live Architecture Classes & Recorded lectures for your convenience.

24*7 Student Support, Quick deployment debugging by industry experts

Alumni Highlights

  • 200+ Global Companies
  • $125K PA Average CTC
  • $260K PA Highest CTC
  • 93% Career Transition Rate
Cloud Architect
AWS Solutions Eng.
DevOps Engineer
SysOps Administrator
Cloud Security Spec.

Cloud Roles

Offered

Cloud Consultant
Azure Architect
Site Reliability Eng.
GCP Developer
Cloud FinOps

Trusted By Learners Across  Top Companies

We Have Users For Our Cloud Computing Program From Following Companies

Genpact
HCL
Honeywell
ISRO
IBM
KPMG
McKinsey & Company
Mu Sigma
PWC
Samsung
Maersk
Tech Mahindra
Thomson Reuters
Verizon
Wipro
Accenture
Adobe
Amazon
American Express
Aon Hewitt
Barclays
Capgemini
Cisco
Citigroup
CSC
Cognizant
Dell
Deloitte
EY
Gartner
Fidelity

Application Process

Enroll in the Cloud Computing program with a simple online form.

Apply by filling a simple online application form

Admissions committee will review your IT goals.

Shortlisted candidates join an introductory call.

Screening call with Alumni/ Faculty and confirmation.

FAQ

Find answers to all your queries and doubts here.

Q1 : Do I need programming experience to join this course?
A : Not at all! This course is designed for beginners. We cover basic scripting and networking concepts before moving to complex cloud setups.
Q2 : Will I learn AWS, Azure, or GCP?
A : You will learn all three! We teach a multi-cloud approach so you are versatile and valuable to any employer.
Q3 : Can I pursue this Cloud Computing course part-time while I am working?
A : Yes, our programs are highly flexible and designed keeping working IT professionals in mind.
Q4 : Do I need to pay extra for Cloud server hosting during the course?
A : No, we will guide you on how to use the Free Tier accounts provided by AWS, Azure, and Google Cloud for all your practical labs.
Q5 : Will this help me pass AWS Solutions Architect Certification?
A : Yes! The curriculum is heavily aligned with industry-standard certifications like AWS Certified Solutions Architect and Azure Fundamentals.
Q6 : What are the skills required to start a job as a Cloud Engineer?
A : You need knowledge of Linux, Networking, Cloud Architecture, CI/CD pipelines, and Containerization (Docker), which we teach.
Q7 : Who is eligible for taking the Cloud course from Lexford International University?
A : IT graduates, system administrators, developers, or professionals looking to transition into the booming Cloud and DevOps industry.

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