Senior Frontend Software Engineer (Care Platform Clinical Workflows)

About this role

• We’re looking for a Frontend Engineer to join the Care Platform Clinical Workflows team at Ro
• In this role, you’ll design, build, and maintain purpose-built provider flows — the web interfaces clinicians use to deliver care — engineered to drive the best possible patient outcomes while making the most efficient use of a provider’s time
• You’ll help shape the technical roadmap and own initiatives from ideation through design, implementation, and maintenance
• You’ll partner closely with product, design, data, and clinical teams to translate complex clinical processes into intuitive, reliable, and compliant experiences that help Ro scale care delivery for millions of patients
• Drive the architecture, design, and implementation of new provider flows that power Ro’s clinical workflows
• Build visually engaging, intuitive interfaces that help clinicians deliver care efficiently and safely, and help patients seamlessly achieve their health goals
• Operate as an owner within your team’s domain, proactively assessing and improving application performance, accessibility, and reliability
• Drive engineering excellence through best practices in testing, monitoring, observability, and performance optimization
• Actively contribute to the team’s architectural vision and technical roadmap
• Collaborate on code reviews and technical design documents to ensure consistent application of best practices across the frontend platform
• Work closely with product, design, data, and clinical stakeholders to build the best possible experiences for our providers and patients
• Participate in on-call rotations to ensure the reliability of production systems

### Benefits

• Medical, dental, and vision membership
• Equity for all team members
• Flexible time off
• Paid parental leave, and flexible work arrangement
• Well-stocked office with snacks and bi-weekly free lunches
• Gym, learning, and development stipends- Hands-on experience with metrics instrumentation and data-driven perform...