Cloud Infrastructure Engineer

As a Cloud Infrastructure Engineer at Charger Logistics, your primary responsibilities include designing and managing hybrid cloud environments, deploying and configuring enterprise storage solutions, and developing CI/CD pipelines for automated deployments. You'll also be involved in disaster recovery planning, optimizing performance and security of the cloud systems, and providing technical guidance to various teams.

To be considered for the Cloud Infrastructure Engineer role at Charger Logistics, a candidate should possess a Bachelor’s degree in Computer Science or a related field, along with a minimum of 5 years of experience in an enterprise operational IT environment. Proficiency in AWS, Azure, and GCP, as well as experience with scripting languages like Python or PowerShell, are essential qualifications for this position.

Charger Logistics is committed to employee development, investing time and resources into supporting their Cloud Infrastructure Engineers' growth. Employees are encouraged to pursue learning opportunities and provide individual ideas that can contribute to the team's innovation, fostering an entrepreneurial culture that allows for career advancement.

In the role of Cloud Infrastructure Engineer at Charger Logistics, you will work with various tools and technologies, including AWS, Azure Active Directory, IAM, and infrastructure-as-code tools like CloudFormation and Terraform. Familiarity with NAS and SAN storage solutions, as well as CI/CD tools, will also be crucial for your success.

The team culture for Cloud Infrastructure Engineers at Charger Logistics is dynamic and collaborative, fostering open communication and shared ideas. Employees are encouraged to take initiative and play a proactive role in projects, creating an engaging work environment that values both individual and team contributions.

Discuss specific projects where you've designed and implemented hybrid cloud solutions. Emphasize the technologies used, challenges faced, and how you effectively integrated on-prem and cloud resources for optimal performance.

Explain the framework you follow for disaster recovery, including risk assessment, strategy development, and testing frequency. Share examples of past experiences where your planning successfully mitigated potential risks.

Outline your approach, focusing on resource utilization monitoring, rightsizing instances, and exploring reserved or spot instances. Provide examples of past experiences where your optimizations led to cost savings.

Describe how you've built and managed CI/CD pipelines in past roles, mentioning the specific tools and methods for automated deployments. Highlight any improvements in deployment times or error reduction due to your contributions.

Discuss the security practices you've implemented, such as identity and access management, encryption methods, and compliance checks. Mention any specific frameworks or regulations you've adhered to.

Share your familiarities with various enterprise storage systems, including NAS and SAN. Describe situations where you configured these storage solutions and addressed performance challenges.

Explain the resources you use to keep up-to-date with industry trends, such as attending webinars, reading tech blogs, or engaging with professional communities. Mention ways you’ve applied new knowledge in your work.

Provide examples of projects where you've applied scripting to automate tasks or improve processes. Highlight specific languages you've used and the impact on team efficiency or performance.

Detail your experience with identity management systems like Azure Active Directory and Okta, emphasizing access control measures you’ve deployed and how you've ensured compliance with security policies.

Tell a story about a specific technical challenge you've faced in a cloud environment, the steps you took to diagnose the problem, and the solutions you implemented to achieve a successful outcome.