Location: New Haven, CT
Cap-Exempt H-1B Position — No lottery required
Department: YSM Office of Communications 50 Division Street, New Haven, Connecticut Job ID: 133989WD $68,000.00 - $120,500.00 ## **Description** Working at Yale means contributing to a better tomorrow. Whether you are a current resident of our New Haven-based community, eligible for opportunities through the New Haven Hiring Initiative, or a newcomer, interested in exploring all that Yale has to offer, your talents and contributions are welcome. Discover your opportunities at Yale! **Overview** The full stack software engineer designs, develops, and maintains software systems powering Yale School of Medicine’s digital communications platforms, including a custom content management system (Beatrix) that serves hundreds of websites and a unified public web experience at medicine.yale.edu. The role spans both sides of the stack: building and refining React-based front-end interfaces—page templates, component libraries, interactive features—and developing the C#/.NET Core back-end services, APIs, and data layers that power them. This is a mid-level engineering role on a small, high-impact Yale-based team that is actively transitioning to an AI-first development model—one where AI agents handle implementation, testing, and deployment, and engineers focus on architecture, orchestration, and quality. The ideal candidate brings demonstrated experience using AI tools and agents to write, test, and ship production code—not as an experiment, but as a core part of how they work. They are equally comfortable building polished, accessible user interfaces as they are working in back-end services and database layers. They collaborate directly with product managers and designers, translate Figma designs into production-ready components, and contribute to the architectural decisions that shape platform direction. This is not a position for someone who wants to write code the traditional way and occasionally use AI as a convenience tool. The team is moving toward a model where AI agen