Software Engineering Advisor

Responsible for designing and developing a consolidated, conformed enterprise data warehouse and data lake which stores all critical data across Customer, Provider, Claims, Client and Benefits data; Develop and implement methods, processes, tools and analyses to sift through large amounts of data stored in a data warehouse or data mart to find relationships and patterns; Participate in the delivery of the definitive enterprise information environment that enables strategic decision-making capabilities across enterprise via analytics and reporting; Utilize knowledge to conceive, plan, and deliver initiatives and advise functional leaders; Design and develop RESTful APIs and Event driven services in a distributed environment; Process, store, and quickly retrieve huge volumes of data; Develop, support, and enhance existing health kit applications’ API and frontend layers; Design and implement low-latency, high availability, and performance applications; and Implement security and data protection. Hybrid Work Schedule.

Bachelor’s degree in Computer Science, Information Technology, or related field and 3 years of experience.

Requires experience with: Developing healthcare applications within the pharmacy domain; Analyzing, defining, designing, implementing, and deploying full Software Development Life Cycle (SDLC); Designing and developing Microservices systems with Node.js and fastify server; Designing, developing, and supporting web-based and client server multi-tier applications using Java/J2EE technologies; Creating comprehensive unit test plans and test cases; Working with RESTFUL Web Services and implementing RESTFUL API’s; Working with Dynamo Database with Node JS framework to develop API’s; Working with cloud technologies including AWS for building and deploying code as scalable containerized applications; Setting up and managing CI/CD pipelines; Design and development of secure web applications; Monitoring system performance and optimizing performance; Implementing applications using FHIR standard, including designing, integrating and consuming FHIR APIs; and Using: JavaScript, Typescript, Ruby, Python, and ReactJs.