Supervisor - Electronic Data Interchange (Astrana Health Management Inc.; Alhambra, CA): Develop data structure and software applications, and improve software platforms and systems to support business needs. Design, test, deploy, improve, and maintain software that will be used internally and externally by physicians and patients. 

Apply expertise on emerging or existing massive data to create and scale insights. Develop large-scale models to support specific business needs and enhance the company's efficiency. Improve system design and architecture to ensure performance and high stability of services. Troubleshoot, debug, and upgrade large-scale distributed systems by systematic problem-solving approach to improve product performance and the whole lifecycle of software services. Monitor system scalability and reliability and understand the importance of experimentation framework, monitoring, and alerting. Produce specifications and determine operational feasibility, document and maintain software functionality, and integrate software components into a fully functional software system. Manage project requirements, priorities, and deliverable timelines effectively. Collaborate with different functional teams to integrate software applications and technical solutions. Work with business users, engineers, and other stakeholders to execute mission-critical projects. Identify high priority engineering tasks/projects and review, analyze, and deliver technical requirements. Understand product objectives to align with user demands. Collaborate with engineering teams, customers, and PM and PSO teams to fulfill fast-growing technical demand. Supervise EDI Analyst I & II (2). Telecommuting permitted from within the U.S.

Minimum requirements: Bachelor’s degree or foreign equivalent in Computer Science, Computer Engineering, Information Systems, or related field, plus two (2) years of experience as a Software Engineer, Software Developer, or related occupation.

Must have experience with the following: designing and building large-scale distributed systems; improving software system scalability, performance, and reliability; applying data structures, algorithms, and software engineering principles; object-oriented programming language: Java, Python, or C#; debugging and optimizing complex systems; Software Development Life Cycle (SDLC), including testing, deployment, and maintenance; and collaborating with cross-functional teams to deliver technical solutions.