About the job
At Scan.com, we are revolutionizing digital health by making diagnostics fast, accessible, and transparent. Our innovative technology accelerates diagnoses, leading to timely treatments and significantly better healthcare outcomes for countless patients every day.
We are transforming the diagnostics landscape with customized solutions for both patients and healthcare providers. Our B2C marketplace simplifies the booking process, making it as easy for patients as booking a hotel. Meanwhile, our B2B platforms offer real-time scheduling and utilize AI to streamline workflows for physicians, attorneys, and other healthcare providers.
We are seeking a Software Engineer, Integrations to join our dynamic team at a pivotal moment in our growth. Having successfully launched multiple platforms and secured over $100M in VC funding, we are proud to be profitable and experiencing over 100% year-on-year growth.
Key Responsibilities
As a Software Engineer focused on Integrations, you will work on our critical integration layer that connects hundreds of imaging centers and health systems, many of which rely on outdated systems. You will tackle challenges posed by legacy systems, including RIS platforms built on outdated protocols and HL7 v2 feeds with unique vendor dialects, while simultaneously interfacing with modern EHR APIs and third-party referral networks.
Your role will involve architecting and building robust, observable, and extensible systems that ensure reliable connections. This position requires a genuine passion for legacy system integration patterns, message transformation pipelines, and the operational acumen to maintain high-reliability infrastructure in a real-world context.
As part of a scale-up, your role will evolve over time, and you may engage in tasks such as:
Designing and implementing HL7 v2 transformation pipelines, including parsing, normalizing, enriching, and routing various message types across diverse RIS and EHR systems.
Building and maintaining integration connectors for both modern and legacy imaging center RIS systems to access calendar availability and patient documentation.
Architecting fault-tolerant message queuing and delivery infrastructure for HL7 and API traffic.

