Software Development Engineer

McKesson is an impact-driven, Fortune 10 company that touches virtually every aspect of healthcare. We are known for delivering insights, products, and services that make quality care more accessible and affordable. Here, we focus on the health, happiness, and well-being of you and those we serve – we care. What you do at McKesson matters. We foster a culture where you can grow, make an impact, and are empowered to bring new ideas. Together, we thrive as we shape the future of health for patients, our communities, and our people. If you want to be part of tomorrow’s health today, we want to hear from you. McKesson Prescription Automation Solutions, or MAPS, develops software that supports large-scale automated pharmacy fulfillment operations across the United States. Our technology connects software, robotics, conveyor systems, databases, APIs, and user applications to help pharmacies deliver medications safely, accurately, and efficiently. As a Software Engineer, you will design, develop, enhance, and support software for mission-critical pharmacy automation systems. You will work across Windows-based desktop applications, backend services, distributed systems, databases, hardware integrations, and modern user interfaces. You will collaborate with product management, automation engineering, quality assurance, operations, customer support, and customers to solve complex technical challenges. This is an opportunity to work across the full software development lifecycle, contribute to technical decisions, modernize established applications, and see the direct operational impact of your work. What You’ll Do Design, develop, test, deploy, and support software for large-scale automated pharmacy fulfillment systems. Enhance and modernize Windows-based applications developed with C++ and Microsoft Foundation Classes, or MFC. Build and maintain scalable backend services, multi-threaded applications, distributed systems, databases, and RESTful API integrations. Translate customer, business, and technical requirements into reliable and maintainable software solutions. Integrate software with robotics, conveyor systems, industrial automation equipment, and other hardware devices. Investigate complex production issues, perform root-cause analysis, and implement sustainable corrective actions. Monitor and improve application performance, reliability, scalability, maintainability, and availability. Apply software engineering practices such as source control, code...

Summary and match are AI-generated; verify details on the original posting.

Listed via Himalayas. All sources