Principal Web Platform Architect

Fuze Health Inc.; Oklahoma City (OK); On-site; USD 150,000 - 210,000; Full time

Benefits offered by this job

Dental and vision plans

401(k) plan

Life insurance

STD/LTD insurance

FSA/HSA

Commuter benefits

Parental leave

Lifestyle Spending Account

Job summary

Fuze Health is seeking a Principal Engineer to lead architecture across our engineering org. You will guide design for high-volume, secure healthcare platforms and drive engineering standards while mentoring staff and collaborating with product, operations, and security teams.

The role emphasizes cloud-native delivery, distributed systems, and regulatory compliance to improve patient outcomes and platform reliability.

Qualifications

• Experience in building and scaling distributed, high-throughput systems.
• Proven ability to define architecture strategies and drive technical vision.
• Experience with healthcare tech and regulatory compliance (HIPAA/SOC2).

Responsibilities

• Define and evolve target architecture across B2B and consumer platforms.
• Mentor Staff/Senior engineers and drive design reviews.
• Set engineering standards including CI/CD and security-by-design.
• Partner with Product, Eng Management, and Pharmacy Ops to align tech with business goals.
• Navigate regulatory/compliance requirements and optimize performance and reliability.
• Evaluate new tools/ AWS services and run proof-of-concepts.

Skills

Distributed systems

Cloud architecture

Leadership mentoring

Healthcare/PHI domain

Education

Bachelor's degree in CS/SE

Master's degree in CS/Systems

Tools

AWS

PostgreSQL

Ruby on Rails

Python

TypeScript/JavaScript

Job description

Fuze Health is seeking a Principal Engineer to lead architecture across our engineering org. You will guide design for high-volume, secure healthcare platforms and drive engineering standards while mentoring staff and collaborating with product, operations, and security teams.

The role emphasizes cloud-native delivery, distributed systems, and regulatory compliance to improve patient outcomes and platform reliability.