Senior Engineering Manager, Frontend Platform; Ambient AI

At Commure, our mission is to simplify healthcare. We have bold ambitions to reimagine the healthcare experience, setting a new standard for how care is delivered and experienced across the industry. Our growing suite of AI solutions spans ambient AI clinical documentation, provider copilots, autonomous coding, revenue cycle management and more — all designed for providers & administrators to focus on what matters most: providing care.

Healthcare is a $4.5 trillion industry with more than $500 billion spent annually on administrative costs, and Commure is at the heart of transforming it. We power over 500,000 clinicians across hundreds of care sites nationwide – more than $10 billion flows through our systems and we support over 100 million patient interactions. With new product launches on the horizon, expansion into additional care segments, and a bold vision to tackle healthcare's most pressing challenges, our ambition is to move from upstart innovator to the industry standard over the next few years.

Commure was recently named to Fortune’s Future 50 list for 2025 and is backed by world-class investors including General Catalyst, Sequoia, Y Combinator, Lux, Human Capital, 8VC, Greenoaks Capital, Elad Gil, and more. Commure has achieved over 300% year-over-year growth for the past two years and this is only the beginning. Healthcare's moment for AI-powered transformation is here, and we're building the technology to power it.

Come join us in shaping the future of healthcare.

We’re looking for a Senior Engineering Manager to lead the Frontend Platform team powering our Ambient AI products. This team builds and owns the core frontend foundations used across clinician-facing experiences: ambient capture, real-time note generation, review & edit flows, copilot-style assistance, admin tooling, and integrations embedded into clinical workflows. Ambient is a high-throughput, low-latency, high-reliability product used by clinicians during live patient encounters.

The frontend platform is critical: it must be fast, resilient, accessible, and intuitive under real-world clinical conditions.

Your team’s work directly impacts provider trust, documentation quality, and time saved per visit. This role is ideal for a leader who has scaled frontend platforms for complex, data-heavy, real-time products and who is excited about owning the foundations that enable multiple Ambient product teams to move fast without sacrificing quality or safety.

• Lead and grow a senior team of frontend platform engineers supporting Ambient AI
• Set clear technical and execution standards in a high-bar, healthcare-grade environment
• Coach engineers on scope ownership, technical decision-making, and cross-team influence
• Hire and develop engineers who can operate across platform, product, and design boundaries
• Own planning, execution, and delivery for platform initiatives with clear product impact

• Own the frontend platform used across Ambient experiences (web, mobile, embedded surfaces)
• Lead architecture for real-time and async workflows (audio capture, streaming updates, AI state transitions)
• Build and scale shared UI primitives, component libraries, and design systems used across Ambient
• Improve frontend performance, latency, reliability, and offline/poor-network behavior
• Establish patterns for error handling, loading states, partial data, and confidence signaling in AI workflows

• Create strong frontend abstractions that reduce duplication across Ambient product teams
• Improve local dev, testing, CI/CD, and release workflows for frontend engineers
• Define standards for frontend observability, performance metrics, and user-impact monitoring
• Partner with backend and ML teams to define clean contracts between AI systems and UI layers

• Partner deeply with Product to translate clinical workflows into scalable UI platforms
• Work closely with Design to evolve clinician-grade design systems and accessibility standards
• Collaborate with Compliance and Security to ensure frontend patterns meet healthcare requirements
• Influ…