Do you want to fundamentally change how healthcare systems of the future will play a role in healthcare and welfare improvement? Do you want to work with complex information systems that have very high requirements to scale?

If so, then we have got a fantastic opportunity for you to become a member of our Ecosystem team. Our mission is to create a new platform to facilitate third-party integration so that we, together with others, can innovate to improve healthcare and the end-to-end care chain.

We use technologies and techniques such as those listed below to provide solutions that fulfill the requirements of a challenging and continuously evolving domain like healthcare. In our team, we are focused on building a next-generation robust, efficient, trustworthy healthcare solution using open standards.

• Software development using tools such as: Java & Kotlin, Apache Kafka, Spring Boot, Docker & Kubernetes (OpenShift)
• Work according to Reactive Programming Model
• Designing and supporting a complex microservice architecture, used to form large distributable systems able to offer zero-downtime while dealing with the unprecedented demands of healthcare and welfare data
• Using a complex data model leveraging a combination of (no)SQL database solutions (Couchbase) and decoupling through an event-based architecture (Kafka)
• Following open standards including HL7 FHIR, SNOMED CT and openEHR
• Working on greenfield platform without hard technology constraints

• At least 3 years hands-on experience in Java/Kotlin
• Good understanding of computing science fundamentals
• An understanding of distributed systems theory
• Speak and write English fluently – you should be comfortable using English all day
• Experience of distributed message brokers such as Apache Kafka is nice to have
• Experience developing with Reactive will be considered as an advantage
• Knowledge of Kubernetes or other container platform solutions will be an asset
• Experience in working in high-volume distributed systems is nice to have

Job no. 220124-HPQVB