Software Engineer - Opportunistic

Fabric is a company focused on building technology that enhances healthcare delivery. They are looking for mid-level and above engineers to design and own production systems that improve patient care and make critical technical decisions in a healthcare context.

Responsibilities:

• Design, build, and own production systems that are reliable, secure, and performant under real clinical load
• Make high-stakes technical decisions with incomplete information, weigh the tradeoffs explicitly, and stand behind them
• Raise the bar around you through code review, design guidance, and the standards you hold, whether or not you carry a formal leadership title
• Partner closely with product managers, designers, and clinical experts to turn ambiguous problems into clear, well-tested solutions
• Debug and harden complex systems, and put safeguards in place so the same failure cannot happen twice
• Contribute to the technical direction of your team and, at the staff and principal levels, help set the architectural direction for the platform

Requirements:

• 3+ Professional software engineering experience, with a clear record of building and owning production systems (level within the range is set by depth and scope)
• Demonstrable, recent professional depth in one or more modern languages and frameworks, with the ability to name the systems you built and your role on them
• Strong fundamentals in system design, data modeling, testing, and building for reliability, performance, and security
• Experience collaborating across product, design, and domain experts to ship real software against ambiguous requirements
• Sound engineering judgment, especially about tradeoffs, failure modes, and the consequences of the systems you own
• Experience building software in healthcare, or in another high-stakes, highly regulated, or safety-critical domain
• A demonstrated ability to become productive in a new stack quickly
• Experience with conversational agents, real-time systems, or systems handling race conditions, locking, and other complex concurrency concerns
• A background in computer science or a related field