Software Engineer – Backend Platform

Description

• Design, develop, and maintain backend services and APIs using modern .NET technologies. • Build and evolve scalable data solutions using SQL and Entity Framework. • Apply strong object-oriented design principles, including SOLID, DRY, and established design patterns. • Collaborate with frontend engineers working in React, JavaScript, and TypeScript to deliver end-to-end functionality. • Participate in code reviews, contributing to a maintainable, high-quality codebase. • Write and maintain unit tests to ensure system stability and reliability. • Support application delivery through cloud platforms such as Azure and or AWS. • Contribute to CI/CD pipelines and deployment workflows. • Build and configure containerized applications to support modern deployment practices. • Partner with DevOps and infrastructure teams to improve deployment, monitoring, and operational processes. • Support and troubleshoot production systems as needed.

Requirements

• Five or more years of professional software development experience. • Strong experience with .NET, including C# and ASP.NET Core. • Working knowledge of React, JavaScript, and TypeScript. • Experience with SQL databases and ORM tools such as Entity Framework. • Proficiency with Git and common branching strategies. • Experience using tools such as Jira and Bitbucket in an agile development environment. • Experience testing APIs using tools such as Postman or Fiddler. • Experience writing and maintaining unit tests. • Hands-on experience working in cloud environments such as Azure and or AWS. • Solid understanding of the developer’s role in DevOps, including CI/CD pipelines and containerization.

Benefits

• Work on an enterprise-class SaaS platform used by sophisticated healthcare organizations. • Build systems that must meet real-world reliability and regulatory expectations. • Join a team that values thoughtful engineering, ownership, and operational excellence. • Contribute to a product that continues to grow in scale and complexity.

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