VP of Engineering: Scale AI-Driven Healthcare Platform

Neon Health; San Francisco (CA); On-site; USD 150,000 - 250,000; Full time

Benefits offered by this job

Career acceleration opportunities

Work-life balance with frequent offsites

Supportive and mission-driven team environment

Job summary

A healthcare technology firm is seeking a VP of Engineering to lead its engineering function in San Francisco. This strategic role involves building a world-class team, ensuring rapid product innovation and reliable delivery, and aligning engineering with business goals. The ideal candidate has a strong background in managing engineering teams and scaling systems within high-growth environments. Join us in ensuring that patients access life-saving treatments efficiently.

Qualifications

• Proven experience managing and scaling engineering teams.
• Background in enterprise SaaS or AI-driven platforms.
• Experience building reliable, secure, and scalable systems.
• Track record of achieving business outcomes through engineering.
• Ability to thrive in fast-paced, ambiguous startup environments.

Responsibilities

• Lead engineering function for rapid product innovation.
• Ensure reliable and secure product delivery.
• Recruit and mentor exceptional engineers.
• Develop processes for quality and speed.
• Align engineering with market demands.
• Guide technical architecture for growth.

Skills

Team building

Execution focus

Strategic technology balancing

Collaborative leadership

Culture shaping

Tools

AWS (Cloud platforms)

Python

Node.js

TypeScript

Notion

Slack

Jira

GitHub

Job description

A healthcare technology firm is seeking a VP of Engineering to lead its engineering function in San Francisco. This strategic role involves building a world-class team, ensuring rapid product innovation and reliable delivery, and aligning engineering with business goals. The ideal candidate has a strong background in managing engineering teams and scaling systems within high-growth environments. Join us in ensuring that patients access life-saving treatments efficiently.