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Chaos Engineering for Resilient Systems Virtual Internship

In this advanced virtual internship, students will learn the principles of chaos engineering and how to apply them to build resilient, fault-tolerant systems. Through hands-on projects, students will gain experience in using tools like Docker, Kubernetes, and Terraform to create self-healing infrastructure that can withstand unexpected failures and disruptions. By the end of the internship, students will be equipped with the skills to design and implement chaos engineering practices in their own projects, enabling them to build more reliable and resilient systems.

weeks
7 tasks
0 enrolled
Sign In to Purchase - $49
Track price: $49.00

Track Overview

This track provides hands-on experience and real-world projects to build your skills.

Tasks & Milestones

Chaos Engineering Fundamentals

Advanced

In this task, students will explore the key concepts of chaos engineering and learn how to apply them to build more resilient systems.

8 hours

Designing Chaos Engineering Experiments

Advanced

In this task, students will learn how to design and execute chaos engineering experiments to test the resilience of their systems.

12 hours

Chaos Engineering in a Kubernetes Environment

Advanced

In this task, students will learn how to apply chaos engineering principles in a Kubernetes-based infrastructure.

16 hours

Integrating Chaos Engineering into CI/CD

Advanced

In this task, students will learn how to integrate chaos engineering practices into their CI/CD pipelines to ensure ongoing system resilience.

20 hours

Chaos Engineering in Production

Advanced

In this task, students will learn how to apply chaos engineering practices in a production environment to ensure ongoing system resilience.

24 hours

Ethical and Legal Considerations in Chaos Engineering

Advanced

In this task, students will explore the ethical and legal considerations of implementing chaos engineering practices.

12 hours

Scaling Chaos Engineering Practices

Advanced

In this task, students will learn strategies for scaling chaos engineering practices across an organization.

16 hours

Prerequisites

  • • Proficiency in a programming language (e.g., Python, Go, or Java)
  • • Experience with containerization and container orchestration
  • • Familiarity with infrastructure as code tools (e.g., Terraform, Ansible)

Certificate

Certificate of Completion

Earn a certificate upon successful completion