Cloud Engineer

Job Description:

• Creating Infrastructure in Azure CSP using Terraform and ADO .
• Creating IAC Pipelines using Git Lab runners.
• Strong working and hands on experience about various resources creations  in Microsoft Azure  using Terraform (EX PE , UMI , Load Balancers , Subnets , Storage Accounts , Purview , Synase , Event Hub , Function App , Azure API, Subscription , RG ,SQL MI , Azure database ,VM images etc. ).
• In-depth working and hands on experience about Terraform , Docker , Kubernetes .
• Must to able to come to office 3 days in a week .
• Able to join Onsite and Offshore Daily Scrum Calls.
• Work with Different App teams to understand the Ad hoc Requirements , troubleshoot the existing platform related issues and implement the changes.

Job Responsibilities for Cloud Engineer:

• Installs and maintains cloud-based applications, systems, and associated infrastructures.
• Translates business requirements into code and documentation while managing the life-cycle and communication for assigned projects.
• Analyzes and defines business requirements to determine specifications and standards.
• Oversees the proper implementation and integration of web and cloud-based applications.
• Stays informed of emerging cloud technologies and evaluates the value to the organization s operations.
• Monitors system performance, troubleshooting and resolving errors.
• Ability to consult with internal and external resources to develop cloud solutions for a range of products.
• Ensures quality of the solutions are robust, scalable and efficient to meet the needs of the business.

Knowledge and Skills for Cloud Engineer:

• Requires experience with one or more cloud platform.
• Experience working with large infrastructure hosting environments including knowledge of Application Hosting, distributed messaging architectures, network technologies (Ex: VPNs, TCP/IP, Firewalls, Routing, etc.), security technologies (Ex: public key cryptography and infrastructure, smart cards, authentication, authorization, etc.).
• Demonstration of thorough understanding of how discrete infrastructure components work together to provide reliable and secure hosting environment.
• Vast understanding of cloud services and solutions in platforms such as Azure or AWS  Comprehensive understanding of IT security best practices and threat protection  Must have a good understanding of connected embedded systems tradeoffs, protocols, etc