Cloud .NET/React Developer (W2, USC/H4EAD)

SIDRAM TECHNOLOGIES; Little Rock (AR); On-site; USD 110,000 - 160,000; Full time

Job summary

SIDRAM TECHNOLOGIES is seeking an experienced Software Developer to design, develop, test, and support a cloud-based court management system for the Arkansas Judiciary. The candidate should bring strong full-stack expertise in .NET technologies, React, SQL databases, and AWS services.

Responsibilities include building front- and back-end components, creating REST APIs, optimizing performance, and collaborating in an Agile environment with CI/CD processes.

Qualifications

• 14+ years of overall software experience and strong full-stack skills.
• Proficient in .NET stack, React, SQL databases, and AWS services.
• Experience delivering cloud-based court management or similar systems is a plus.
• W2 employment eligibility and US work authorization required.

Responsibilities

• Design, build, test, and support frontend and backend services.
• Develop REST APIs and integrate with SQL databases.
• Optimize performance and troubleshoot complex issues.
• Collaborate in Agile teams and participate in CI/CD workflows.
• Document implementation details and provide production support.

Skills

C#

ASP.NET Core

Entity Framework Core

React

TypeScript

Next.js

RESTful API

SQL Server

MySQL

PostgreSQL

Oracle

AWS

AWS Lambda

GitLab

CI/CD pipelines

Agile methodologies

Full-stack development

Cloud-based solutions

Bachelor's degree in Computer Science

Education

Bachelor's degree in Computer Science or related field

Tools

GitLab

AWS Lambda

Job description

SIDRAM TECHNOLOGIES is seeking an experienced Software Developer to design, develop, test, and support a cloud-based court management system for the Arkansas Judiciary. The candidate should bring strong full-stack expertise in .NET technologies, React, SQL databases, and AWS services.

Responsibilities include building front- and back-end components, creating REST APIs, optimizing performance, and collaborating in an Agile environment with CI/CD processes.