Cloud-Native Software Architect | Azure & Microservices Lead

iSolved HCM; United States; On-site; USD 140,000 - 180,000; Full time

Job summary

isolved is a leading provider of human capital management solutions. The Software Architect works across development teams to help design and build the underlying architecture of the components that make up isolved.

The successful candidate has the ability to think about and design systems at a higher level, seeing the whole picture. They have strong skills in developing reusable components and patterns, and an understanding of various hosting models, distributed system paradigms, and failure

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

Javascript

SOLID principles

Tools

ASP.NET Core WebAPI

Docker

Knockout

Azure CosmosDB

Pub/Sub

MVVM

Job description

isolved is a leading provider of human capital management solutions. The Software Architect works across development teams to help design and build the underlying architecture of the components that make up isolved.

The successful candidate has the ability to think about and design systems at a higher level, seeing the whole picture. They have strong skills in developing reusable components and patterns, and an understanding of various hosting models, distributed system paradigms, and failure