Azure Lead Platform Engineer

The Azure Lead Platform Engineer at Envision Employment Solutions is responsible for leading and mentoring a team in the design, development, and maintenance of platforms using Azure services. This includes deploying and configuring servers, automating software deployment, administering container orchestration environments, and ensuring high-quality coding practices through peer reviews. The engineer will also measure team performance against industry benchmarks and foster a collaborative learning environment.

Candidates for the Azure Lead Platform Engineer role at Envision Employment Solutions should possess a Bachelor's degree in Engineering, Computer Science, Information Technology, or a related field, along with a minimum of 15 years of relevant experience. Candidates must also hold an Azure Solution Architect certification and demonstrate expertise in Azure architecture, Infrastructure as Code, container technologies, and multiple coding languages.

Yes, the Azure Lead Platform Engineer position at Envision Employment Solutions may require occasional international travel. This flexibility is essential for collaborating with global teams and engaging in critical project deployments or trainings.

An Azure Lead Platform Engineer at Envision Employment Solutions should be well-versed in various tools and technologies including Terraform, Bicep, Ansible, Puppet, Chef for Infrastructure as Code and configuration management. Additionally, expertise in container orchestration platforms like EKS, AKS, and OpenShift, along with coding technologies like Python, Bash, and Powershell, are essential for success in this role.

Envision Employment Solutions offers a supportive environment for learning and professional growth for the Azure Lead Platform Engineer. With access to ongoing training, mentorship, and opportunities for career progression, the company is committed to helping its employees expand their skill set and advance their careers in the tech industry.

When answering this question, detail specific projects where you utilized Azure services, highlighting how you designed and implemented solutions. Discuss the challenges faced, your approach to overcome them, and the results achieved to reflect your capabilities effectively.

To address this question, explain Infrastructure as Code as a practice that enables you to manage and provision computing infrastructure through machine-readable scripts. Highlight how this practice streamlines deployments, ensures consistency, and facilitates collaboration in your Azure projects to showcase your understanding.

In your response, mention the coding languages you are proficient in, such as Python or Powershell, and explain their advantages for Azure development, like ease of automation, integration capabilities, or community support. Providing examples of how you have used these languages in previous roles will strengthen your answer.

Discuss your mentoring philosophy, emphasizing your commitment to knowledge sharing and hands-on guidance. Describe specific strategies, such as regular code reviews, knowledge-sharing sessions, and encouraging a culture of feedback to illustrate how you effectively develop junior engineers.

When answering, provide a clear, structured account of the incident including the problem, investigation process, and resolution steps. Highlight the tools used and the knowledge applied to demonstrate your problem-solving skills in a real-world context.

Mention practices you implement to maintain coding standards, such as peer code reviews, automated testing, and adherence to coding guidelines. Discuss any tools or frameworks used to monitor code quality, reinforcing your focus on delivering high-quality software.

Outline the methods you prioritize for maintaining knowledge of emerging Azure technologies, such as online courses, webinars, community meetups, and tech conferences. Providing specific examples of how this knowledge has been applied can enhance your answer.

Be prepared to describe your experience setting up and managing container orchestration systems like Kubernetes, including challenges faced and how you implemented solutions. Highlight any specific projects where these systems improved deployment efficiency or scaled applications.

Discuss the importance of collaboration, emphasizing how it fosters shared knowledge, drives innovation, and enhances problem-solving in tech teams. Use examples to illustrate how collaboration has positively impacted your previous projects.

Reflect on your passion for technology and problem-solving in your response. Highlight your enthusiasm for Azure's capabilities and how they align with your career aspirations, showcasing your commitment to the field in a sincere manner.