DevOps (online)
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DevOps (online)
6 months duration
Updated Nov 21, 2025
Infrastructure & Security
Recently Updated
Course Overview
Get to know what this course is all about and what you'll learn
Course Description
Master the complete DevOps workflow from infrastructure provisioning to automated deployment with this comprehensive professional program. Learn to build and manage cloud environments using AWS, automate infrastructure with Terraform, orchestrate applications with Docker and Kubernetes, and implement CI/CD pipelines using GitHub Actions. This hands-on course combines Linux administration, networking fundamentals, containerization, and automation skills to prepare you for modern DevOps and cloud engineering roles.
Through real-world projects spanning finance, healthcare, and technology sectors, you'll develop expertise in cloud infrastructure, observability stacks such as Prometheus, Grafana, and Loki, and workflow automation using programming languages like Go, Python or JavaScript.
What You'll Learn
This comprehensive program develops your expertise across the complete DevOps pipeline through integrated technical modules. You begin with foundational Linux administration and core networking concepts, building the operational groundwork necessary for modern infrastructure and automation work.
You progress into containerization with Docker, mastering image creation, container orchestration basics, and environment isolation for scalable software delivery. Infrastructure-as-Code skills, as enabled by Terraform, allow you to provision, manage, and automate cloud environments consistently and reproducibly.
Core DevOps tooling forms the program's technical backbone as you work with Kubernetes for orchestration, GitHub Actions for CI/CD automation, and observability stacks including Prometheus, Grafana, and Loki to monitor system health and application performance across distributed environments.
Core DevOps tooling forms the program's technical backbone as you work with Kubernetes for orchestration, GitHub Actions for CI/CD automation, and observability stacks including Prometheus, Grafana, and Loki to monitor system health and application performance across distributed environments.
Cloud operations become practical through AWS fundamentals, where you learn IAM, networking, compute, storage, and deployment patterns required for real-world cloud infrastructure.
The program further strengthens your engineering capabilities through a programming component, allowing you to work with Go, Python, or JavaScript to build internal tools, automation scripts, and cloud-native utilities that support DevOps workflows. Git-based version control and collaboration pipelines ensure smooth integration across engineering teams. This comprehensive approach ensures that you understand not only how to configure and automate infrastructure, but also how to build resilient, observable, and scalable systems that support continuous delivery and operational excellence.
The program further strengthens your engineering capabilities through a programming component, allowing you to work with Go, Python, or JavaScript to build internal tools, automation scripts, and cloud-native utilities that support DevOps workflows. Git-based version control and collaboration pipelines ensure smooth integration across engineering teams. This comprehensive approach ensures that you understand not only how to configure and automate infrastructure, but also how to build resilient, observable, and scalable systems that support continuous delivery and operational excellence.
Each module integrates theoretical concepts with hands-on implementation, culminating in capstone projects where you design and deploy complete DevOps environments—from infrastructure provisioning to automated deployments and monitoring. This program serves software developers transitioning into DevOps, system administrators expanding into cloud engineering, startup teams building scalable systems, and professionals seeking to combine operational, automation, and cloud-native skills.
Prerequisites include basic programming experience and general computer literacy. Upon completion, graduates are prepared for roles including DevOps engineer, cloud engineer, site reliability engineer, platform engineer, and infrastructure automation specialist.
The 6-month program combines interactive lectures, hands-on labs, and project-based learning, with flexible pacing options and comprehensive support. Students earn a professional certificate demonstrating proficiency in the modern DevOps toolkit, from cloud infrastructure to CI/CD automation and container orchestration.