Senior Cloud System Engineer

A Senior Cloud System Engineer at Velotio Technologies is responsible for developing platforms that handle significant server management and operational tasks, architecting and operationalizing new OS platforms, and simplifying how package installations, upgrades, and end-of-life management are executed. This role also involves mentoring junior engineers, performing code reviews, participating in design sessions, and collaborating with product teams to shape the features of upcoming releases.

To qualify for the Senior Cloud System Engineer position at Velotio Technologies, candidates should have over seven years of professional experience in systems engineering. A Bachelor’s Degree in Engineering or Computer Science is typically required, along with extensive knowledge of cloud image management, OS configuration, and package management. Familiarity with Chef Cookbooks, systems programming, CI/CD workflows, and compliance standards like PCI and HIPAA is also essential.

Velotio Technologies champions an autonomous and empowered work culture for its Senior Cloud System Engineers, where ownership and personal growth are encouraged. The company embraces a startup-oriented atmosphere with a flat hierarchy enabling fast decision-making. Celebrating success and fostering inclusivity and diversity are core aspects of the culture, ensuring a positive and collaborative environment for all team members.

At Velotio Technologies, career development for Senior Cloud System Engineers is actively encouraged through mentoring opportunities, a strong emphasis on continuous learning, and a supportive environment that values innovation. With a focus on personal and professional growth, engineers are empowered to take on challenging projects and develop their skills while collaborating with a diverse, talented team.

A Senior Cloud System Engineer at Velotio should be well-versed in tools and technologies related to cloud platforms such as AWS or Azure, systems programming languages like bash, Go, Python, or Ruby, and CI/CD tools like GitHub Actions or Jenkins. Familiarity with containerization technologies, Kubernetes, and compliance standards is also highly beneficial in this role.

In answering this question, you should detail your hands-on experience with managing cloud images, particularly in AWS or Azure. Discuss specific projects where you utilized VM bootstrap processes and image-building tools like Packer, and offer insights into challenges faced and how you overcame them.

Share your methods for hardening RHEL derivatives, including best practices you follow for security compliance. Discuss your experience with OS configuration management tools and how you've successfully reduced vulnerabilities in previous projects.

Discuss your experiences with CI/CD frameworks you have implemented, the tools you have used (like Jenkins or GitHub Actions), and the impacts those practices had on deployment efficiency. Mention how this knowledge contributes to a seamless development cycle.

Reflect on how you would share your knowledge and experience, emphasizing the importance of patience and supporting their growth through constructive feedback. Describe approaches, such as pair programming or leading knowledge-sharing sessions, that you've found effective in fostering motivation and confidence.

This is your opportunity to showcase your problem-solving skills. Detail a real issue you encountered, the strategies you implemented to tackle it, and the lessons learned that would help you in future scenarios.

Highlight your proactive strategies, such as attending conferences, taking online courses, engaging in forums, and following key industry publications. This shows your commitment to continuous learning and adaptation to new technologies in the cloud space.

Discuss your hands-on experience with building container images and deploying services using platforms like Kubernetes. Explain how these technologies have enhanced your ability to manage microservices or scale applications.

Explain how you approach code reviews to ensure quality and maintainability. Discuss specific techniques you employ, such as automated code checks or enforcing coding standards, as well as how you provide feedback that encourages team learning.

Describe your approach to task prioritization, perhaps by using agile methodologies or other frameworks that help you balance short-term tasks with long-term goals. Discuss how you involve stakeholders in this process.

In this answer, discuss key compliance standards such as CIS benchmarks, PCI, or HIPAA, explaining why they matter in systems engineering. Describe how you ensure adherence to these standards when deploying cloud-based solutions.