Software Engineer - (RPA/Computer Vision)

Role overview Build and maintain Python automations for healthcare revenue-cycle workflows, with a focus on computer vision and image-driven control of desktop applications. The role also covers OCR-based document extraction and browser automation, from translating operational processes into working software through monitoring and improvement.

Responsibilities - Develop OpenCV workflows for image recognition, template matching, and visual element detection. - Automate legacy desktop and virtualized applications with image-based controls when APIs or DOM access are unavailable. - Extract structured information from scanned explanations of benefits, remittance documents, correspondence, and payer records using OCR and document parsing. - Build Selenium automations for payer portals, electronic health record interfaces, and related web workflows. - Integrate automations with billing and healthcare systems; apply AI or machine-learning methods where they improve process outcomes. - Monitor reliability and accuracy, document owned workflows, and follow healthcare privacy, credential-handling, and audit requirements.

Requirements - At least two years of software development experience, with strong Python skills. - Production experience with OpenCV and image-based desktop automation; familiarity with Selenium for browser workflows. - Working knowledge of revenue-cycle activities such as claims, billing, payments, coding, or denials. - Understanding of HIPAA and healthcare security practices, plus strong debugging, analytical, and documentation skills. - Experience with version control and clear communication with technical and operational partners. - Ability to ramp up quickly and deliver production work with limited supervision; a relevant degree or equivalent experience is expected.

Nice to have Experience with OCR engines or document-intelligence services; automation in Citrix, RDP, or other remote environments; EHR or billing integrations; Azure or another cloud platform; APIs, observability, or applied NLP and predictive modeling.