Sr Engineer, R&D Software Engineering (.NET/Power Platform)

TL;DR

Sr Engineer, R&D Software Engineering (.NET/Power Platform): Designing and building scalable web and low-code solutions for clinical evidence platforms with an accent on custom .NET services and Microsoft Power Platform integration. Focus on implementing complex database schemas, ensuring system resilience, and mentoring junior developers.

Location: Estenfeld, Germany

Company

hirify.global, part of Thermo Fisher Scientific, focuses on transforming lives by unlocking better evidence through innovative clinical science and technology.

What you will do

• Develop and maintain web-based applications using Angular or React, .NET, and SQL Server.
• Design and extend solutions on Microsoft Power Platform, including Power Apps and Dataverse.
• Integrate Power Platform solutions with custom .NET services, APIs, and enterprise data sources.
• Implement database schemas, queries, and stored procedures using Entity Framework.
• Ensure the scalability, performance, and resilience of developed applications.
• Mentor junior developers and collaborate with product managers and UI/UX designers.

Requirements

• 5+ years of professional software development experience.
• Proficiency in .NET (ASP.NET, .NET Core, C#).
• Strong experience with Angular or React.
• Hands-on experience with Microsoft Power Apps and Dataverse.
• In-depth understanding of relational databases, SQL, and Entity Framework.
• Must be located in or able to work from Estenfeld, Germany

Nice to have

• Experience with logistics applications (OMS or WMS).
• Familiarity with Power Automate, Power BI, and custom connectors.
• Experience with Azure services, Node, and PowerShell scripting.
• Proficiency with Docker and CI/CD environments.

Culture & Benefits

• Work on life-changing therapies and clinical science advancement.
• Opportunity to work within a dynamic, innovative R&D team.
• Career growth as part of a global organization (Thermo Fisher Scientific).
• Collaborative agile environment with iterative feedback loops.