Senior .NET Azure Engineer - Cloud Refactor & CI/CD

Cloud Analytics Technologies, LLC; Mount Juliet (TN); On-site; Full time

Job summary

A cloud-based technology company based in Mount Juliet, TN, is seeking a skilled professional specializing in .NET and Azure to analyze existing applications and lead their migration to a modernized Azure platform. The role requires strong proficiency in C#, .NET, and Azure services, alongside experience in refactoring legacy systems. The ideal candidate will work closely with architects and DevOps teams to ensure scalable and efficient integrations while maintaining high code quality through established best practices.

Qualifications

• Strong experience with C# and .NET in enterprise applications.
• Experience with key Microsoft Azure services.
• Solid understanding of modular and plug-in architecture.
• Hands-on experience with refactoring legacy applications.
• Familiarity with CI/CD tools like Azure DevOps.
• Proficient in REST API development and asynchronous programming.
• Strong understanding of DevOps principles.

Responsibilities

• Analyze and understand existing .NET-based applications.
• Migrate and refactor legacy applications to Azure.
• Ensure the integration is clean, scalable, and maintains low coupling.
• Collaborate with architects and DevOps teams.
• Maintain high code quality through best practices.

Skills

C#

.NET Framework/Core

Microsoft Azure

REST API development

asynchronous programming

dependency injection

CI/CD tools

infrastructure as code (ARM/Bicep/Terraform)

problem-solving

communication skills

Job description

A cloud-based technology company based in Mount Juliet, TN, is seeking a skilled professional specializing in .NET and Azure to analyze existing applications and lead their migration to a modernized Azure platform. The role requires strong proficiency in C#, .NET, and Azure services, alongside experience in refactoring legacy systems. The ideal candidate will work closely with architects and DevOps teams to ensure scalable and efficient integrations while maintaining high code quality through established best practices.