Sr. Site Reliability Engineer - job 0 of 50

As a Sr. Site Reliability Engineer at VISA, you will collaborate with various business and technology units to define critical functions and develop a Disaster Recovery (DR) program to safeguard vital information assets. Your responsibilities will include defining recovery objectives, leading annual DR testing, and applying your knowledge of network configurations to prevent potential issues.

To be a successful Sr. Site Reliability Engineer at VISA, candidates should possess a solid background in systems engineering, cloud-hosted services, and disaster recovery processes. Strong expertise in networking, databases such as MySQL or PostgreSQL, and familiarity with middleware platforms like Java Web Services are also essential for this position.

The work environment for a Sr. Site Reliability Engineer at VISA in Ashburn combines both in-office and remote work, providing a hybrid approach. This setup is designed to encourage collaboration while allowing for flexibility in how you complete your work.

The Sr. Site Reliability Engineer plays a key role in maintaining information security at VISA. By implementing best-practices disaster recovery processes and validating them through regular testing, you’ll help ensure that critical assets remain protected during a disaster and secure against data breaches.

In this role at VISA, you will work with various technologies including cloud-hosted services, networking components, and databases like MySQL, Oracle, and PostgreSQL. Additionally, familiarity with middleware technologies such as Apache Kafka and Java Web Services will also be beneficial.

When addressing your experience with disaster recovery planning, be sure to highlight specific projects or implementations you've led, discussing the objectives you defined, the strategies you developed, and the outcomes of your testing activities.

Prepare to discuss a specific incident involving a network issue. Detail the steps you took to diagnose the problem, the resources you utilized, and the final outcome, emphasizing your problem-solving skills and technical knowledge throughout.

Illustrate your communication strategies, whether through regular meetings, shared documentation, or collaborative tools. Highlight a specific instance where effective communication led to successful project outcomes, demonstrating your interpersonal skills.

Discuss methodologies like routine testing, simulations, and updates of recovery procedures. Mention how you involve cross-functional teams in these tests to ensure comprehensive coverage and real-world applicability.

Explain your process for conducting risk assessments, including identifying potential vulnerabilities, evaluating their impact, and developing mitigation strategies. Provide an example where your assessment led to a successful implementation.

Highlight your experience leveraging cloud-hosted services for implementing disaster recovery solutions. Discuss specific platforms you've used and how they enhanced data security, recovery speed, or resource management.

Share detailed examples of your involvement in database management, including specific backup technologies you’ve utilized, your approach to ensuring consistency, and how you’ve tested restoration processes to verify efficiency.

Mention specific tools you're proficient in, such as network monitoring solutions or configuration management software. Discuss how these tools help maintain optimized network configurations and troubleshoot issues.

Discuss your dedication to professional development through continuous learning, such as attending conferences, joining professional organizations, or following relevant blogs and publications in site reliability engineering.

Explain your documentation practices, such as creating clear, accessible guides and regularly reviewing and updating them as changes occur. Share an example reflecting how documentation provided clarity to teams during an incident.