Red Hat Off Campus Drive 2022 : Hiring for Freshers as Associate Software Engineer
| Eligibility Criteria | ||
|---|---|---|
| Designation | Associate Software Engineer | |
| Eligibility | BE/ B.Tech | |
| Batch | 2021,2022 | |
| Job Location | Bangalore | |
| Experience | 0-1+ year | |
| Salary | 5 LPA* | |
Red Hat Off Campus Drive 2022 Eligibility Criteria :
- Bachelor’s degree in computer science-related field and 1+ years of experience in chaos or performance engineering or systems or software engineering
- Demonstrable experience or understanding of and passion for chaos and performance engineering, testing
- Solid Linux system administration
- Solid scripting skills, particularly with Bash, Python, or Ansible
- Experience working with clouds like AWS, Azure, GCP, IBM
- Experience with collaborative software development methodologies, tools, and version control
- Experience with technologies like podman docker and familiarity with building images
- Familiarity with monitoring and dashboarding tools like Prometheus and Grafana
- Excellent communication and interpersonal skills
Job Description:
The Red Hat Chaos Engineering team is looking for an Associate Software Engineer to join us in Bengaluru, India. In this role, you will work as part of a team responsible for ensuring Red Hat OpenShift is resilient and performant under failures. Motivation, curiosity, passion for reliability, automation, performance, scalability, problem-solving skills, and experience with Linux technologies and open source are highly valued. As part of a geographically distributed team, you will collaborate with multiple Red Hat engineering teams and open-source communities around the globe.
Primary job responsibilities:
- Work closely with management, product owners, developers, and quality engineers to understand product requirements and design appropriate chaos test plans to verify Red Hat’s OpenShift resilience, performance, and scalability limits and provide capacity planning guidance
- Develop sophisticated tests that perform possible failure scenarios on a user-mirrored environment through comprehensive end-to-end automation, using custom-built and state-of-the-art open-source tools and frameworks
- Deep dive into resilience and performance issues with the intent of discovering their root cause on complex distributed systems deployed on infrastructure
- Create monitoring and reporting tools to collect metrics and analyze data points of interest during the chaos testing
- Document your research and results clearly and concisely, and communicate findings both internally and externally