Sre Intermediate Premium

Chaos Engineering and Resilience Testing Virtual Internship

In this virtual internship, students will develop skills in designing and implementing chaos engineering experiments to improve system resilience and reliability. They will build tools and frameworks for fault injection and chaos testing, learning how to create resilient and fault-tolerant systems. By the end of the internship, students will be able to apply chaos engineering principles to identify and mitigate potential failure points in complex distributed systems.

weeks
7 tasks
0 enrolled
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Track price: $49.00

Track Overview

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

Tasks & Milestones

Chaos Engineering Principles and Practices

Intermediate

In this task, students will explore the key principles of chaos engineering and how they are applied in practice to build resilient systems.

8 hours

Designing Chaos Engineering Experiments

Intermediate

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

12 hours

Implementing Chaos Engineering Experiments

Intermediate

In this task, students will implement the chaos engineering experiments they designed in the previous task.

16 hours

Developing a Chaos Engineering Framework

Intermediate

In this task, students will build a chaos engineering framework to automate the execution of chaos engineering experiments.

24 hours

Integrating Chaos Engineering into the Software Development Lifecycle

Intermediate

In this task, students will explore ways to integrate chaos engineering into the software development lifecycle.

12 hours

Implementing Chaos Engineering in Production

Intermediate

In this task, students will apply the chaos engineering framework they developed in the previous module to a production environment.

20 hours

Incident Management and Post-Mortem Analysis

Intermediate

In this task, students will learn how to develop strategies for incident management and post-mortem analysis in the context of chaos engineering.

16 hours

Prerequisites

  • • Familiarity with cloud-native architectures
  • • Experience with Kubernetes or other container orchestration platforms
  • • Understanding of monitoring and observability

Certificate

Certificate of Completion

Earn a certificate upon successful completion