Cloud-Native Software Architect — Microservices & .NET

isolved; United States; On-site; USD 140,000 - 200,000; Full time

Job summary

isolved is hiring a Software Architect to steer the design and build of the underlying architecture across development teams. The candidate will focus on high-level system design, reusable components, hosting models, distributed systems, and failure modes, while aligning with architectural patterns and best practices.

The role requires 5+ years of web app development, 2+ years in cloud-native environments, and the ability to independently solve complex problems.

Qualifications

• 5+ years developing web applications.
• 2+ years developing cloud native applications.
• Ability to work independently to research and solve complex problems.
• Must reside in the United States and be legally authorized to work in the United States without sponsorship.

Responsibilities

• Provide architectural guidance to multiple development teams as they drive projects from inception to production deployment with a strong focus on performance and quality.
• Establish, document, and implement the guidance and best practices that make up the isolved coding standards.
• Perform code reviews to give developers feedback on their work and ensure high quality standards are being met.
• Assist in tracking down production issues and responding to support cases.
• Review and identify performance issues, provide direction and strategies for resolving them.

Skills

Azure

Microservice Architecture

C#

SQL

Unit Testing

.NET

Tools

ASP.NET Core WebAPI

JavaScript

Docker

Job description

isolved is hiring a Software Architect to steer the design and build of the underlying architecture across development teams. The candidate will focus on high-level system design, reusable components, hosting models, distributed systems, and failure modes, while aligning with architectural patterns and best practices.

The role requires 5+ years of web app development, 2+ years in cloud-native environments, and the ability to independently solve complex problems.