Cloud Computing Bootcamp

Deep dive into our career ready program specifics. Learn about the curriculum, hands-on projects, and the career outcomes you can expect from our industry-leading training paths.

Bootcamp Image
72 hours
12 weeks

Full Stack Cloud Infrastructure & DevOps Track

This curriculum flows logically from the ground up: starting with bare-metal, OS concepts, moving into the cloud, managing state, databases, containerizing applications, automating deployments, and finally, keeping those systems reliable and secure in production.

This structure works for multiple job roles, giving you a rock-solid foundation as an Infrastructure Engineer, building core skills for a Cloud Engineer, bridging the gap to DevOps and continuous delivery, and adding the engineering rigor required for Site Reliability Engineering (SRE) roles.

What You'll Learn

  • Linux System Administration & Git
  • Networking & Shell Scripting Automation
  • Cloud Fundamentals (AWS/OCI)
  • Infrastructure as Code (IaC) & Security
  • Database Systems & Scalable System Design
  • Docker & Kubernetes Orchestration
  • CI/CD Pipeline Engineering
  • Observability, Incident Management & DSA

Bootcamp Curriculum

Module 1: Core Systems & Source Control

1 Week
Day 1: Operating Systems. Basic of CS: OS & Linux System Administration.
Day 2: Code Management. Version Control with Git.

Module 2: Networking & Automation

1 Week
Day 1: Network Theory. Network & Networking Fundamentals for Engineers.
Day 2: Scripting. Shell Scripting & Automation.

Module 3: Cloud Foundations & Architecture

1 Week
Day 1: Introduction to Cloud Providers. Basic AWS & Cloud Computing Fundamentals.
Day 2: Intermediate Architecture. Exploring Cloud Infrastructure (AWS / OCI).

Module 4: Infrastructure Provisioning & Security

1 Week
Day 1: Automation with IaC. Automating deployments via Infrastructure as Code (IaC).
Day 2: Securing Infrastructure. Security Fundamentals & Best Practices for Infrastructure.

Module 5: Data Layer & Scalable Design

1 Week
Day 1: Databases in Production. DBMS & Database Systems for Production Applications.
Day 2: Scalable Architecture. System Design for Highly Scalable Systems.

Module 6: Application Environments

1 Week
Day 1: API Fundamentals. Designing Backend Services & API Foundations.
Day 2: Containerization. Image building & Containerization with Docker.

Module 7: Container Orchestration

1 Week
Day 1: Core Concepts. Introduction to Container Orchestration Principles.
Day 2: Advanced Deployments. Hands-on Container Orchestration with Kubernetes.

Module 8: Continuous Delivery & Deployment

1 Week
Day 1: Pipeline Foundations. Tooling and CI/CD Pipeline Engineering.
Day 2: Deployment Models. Advanced Production Deployment Strategies.

Module 9: Operations & Observability

1 Week
Day 1: Data Collection. Implementing robust Monitoring & Logging.
Day 2: System Health. Distributed systems and Observability.

Module 10: Reliability & Incident Handling

1 Week
Day 1: SRE Fundamentals. Introduction to Infrastructure & Reliability Engineering.
Day 2: Handling Outages. Reliability Engineering & Incident Management.

Module 11: Performance & Engineering Rigor

1 Week
Day 1: Code Optimization. Performance Optimization & Troubleshooting.
Day 2: Interview Prep. Working with Basic & Advanced DSA.

Module 12: Production Simulation

1 Week
Day 1: Architecture Sign-off. Planning and designing the Capstone Project.
Day 2: Final Delivery. Capstone Project: Building and Operating a Production System.
WE OFFER
Live Classes and Recorded Sessions
Real-time Hands-on Practice
One on One Mentorship
Job Support and Counseling

Bootcamp Information

Level: Intermediate
Language: English
Prerequisites: Basics of Cloud Computing
Last Updated: March 2026

Tags

AWS CI/CD Infrastructure SRE DevOps Cloud Engineering Kubernetes Optimization

Comprehensive Learning Path

A structured journey from foundational concepts to advanced industrial applications.

Our program is organized into 12 weeks of logical progression that builds upon one another. You begin with core systems and source control, progressing through networking, cloud foundational architectures, databases, and continuous delivery. Finally, the program rounds off with SRE principles, robust observability, and performance optimization.

What You Need to Start

We look for passion and a willingness to learn above all else.

While some technical familiarity is helpful, our foundations module is designed to bring everyone up to speed. Essential requirements include a growth mindset, consistent time commitment, and a computer with moderate processing power.

Production Simulation

Showcase your skills with a real world project from start to finish.

The program culminates in Week 12 with a Capstone Project: Building and Operating a Production System. You will solve real business problems from scalable infrastructure design to the final deployed product, giving you the chance to demonstrate mastery and engineering rigor to potential employers.

Prepared for Multiple Roles

Our curriculum structures works seamlessly for multiple job roles.

Whether you are aiming for an Infrastructure Engineer base, targeting a Cloud Engineer core, looking for a bridge to DevOps and automation pipelines, or needing the polish of Site Reliability Engineering (SRE) to tackle the hardest coding rounds at top-tier companies, we provide intensive job preparation spanning multi-disciplines.

Get Certified

Validate your expertise with the BridgeStack Industry Certification.

Upon successful completion of all modules and the capstone project, you will receive a verified certification. More than a certificate, this represents your ability to deliver results in high-pressure industry environments.