Lead Software Engineer - Cloud Infrastructure - job 1 of 2

As a Lead Software Engineer - Cloud Infrastructure at Corelight, your role involves designing, deploying, and maintaining cloud infrastructure solutions on platforms like AWS, Azure, or GCP. You collaborate closely with development teams to integrate cloud services and automate processes that ensure smooth software delivery and operations.

To qualify for the Lead Software Engineer - Cloud Infrastructure position at Corelight, you should have a Bachelor’s or Master’s degree in Computer Science or a related field, along with over 10 years of experience in cloud infrastructure engineering. Proficiency in programming languages like Bash and Python, as well as experience with infrastructure-as-code tools, is essential.

Key skills for a Lead Software Engineer - Cloud Infrastructure at Corelight include strong programming skills in languages such as Bash and Python, experience with automation tools like Jenkins and Ansible, and a deep understanding of cloud platforms like AWS and Azure. Familiarity with DevOps practices and good communication skills are also crucial for collaboration and team success.

Corelight is dedicated to supporting its employees in the Lead Software Engineer - Cloud Infrastructure role by fostering a collaborative and inclusive culture where diversity is celebrated. With remote and office options, the company ensures that all team members feel connected regardless of their location, while providing ongoing learning opportunities to help you grow in your career.

The compensation range for a Lead Software Engineer - Cloud Infrastructure at Corelight is between $180,000 and $225,000 USD, depending on factors such as your location, skills, and experience. Compensation may also include bonuses and equity benefits, as well as additional perks tailored to support your work-life balance.

When responding, highlight specific cloud platforms you've worked on, such as AWS or Azure, and detail your hands-on experience with deploying, maintaining, or optimizing cloud infrastructure. Include examples of challenges you overcame and the tools you utilized to manage resources effectively.

Share your experience with tools like Jenkins, Ansible, or Terraform, and discuss how you've utilized these to automate repetitive tasks. Explain the impact this had on team productivity and how it contributed to more efficient management of cloud resources.

In your answer, emphasize the importance of monitoring tools and metrics. Discuss specific observability tools you've used, like Grafana or ELK stack, and illustrate how you've analyzed performance data to identify bottlenecks or opportunities for optimization.

Mention the programming languages you excel in, such as Python and Bash. Discuss specific projects where you applied these languages to automate tasks or develop infrastructure scripts, highlighting the outcomes of your programming efforts.

Provide a detailed instance where you encountered a production incident. Discuss the steps you took to diagnose the issue, the tools you used for troubleshooting, and how you implemented a solution while ensuring minimal downtime for users.

Address specific security practices you follow, such as implementing identity and access management, regular audits, or compliance checks. Mention any security certifications or frameworks you are familiar with and how these practices safeguard cloud environments.

Share your familiarity with Agile methodologies, emphasizing your ability to work in sprints and collaborate with cross-functional teams. Highlight specific projects where Agile practices led to successful outcomes and quick iterations.

Talk about your usage of IaC tools like Terraform or CloudFormation. Include specific tasks you accomplished using these tools and explain how they benefited your team by providing repeatable, scalable infrastructure setup.

Discuss your approach to professional development, such as attending conferences, participating in online courses, or following industry thought leaders. Emphasize that staying updated ensures your continuous contribution to your role as a Lead Software Engineer.

Your response should include strategies for prioritizing tasks, such as assessing project impact and deadlines. Describe your communication techniques with stakeholders to set expectations and keep everyone aligned on project statuses.