<p>Join Ford's mission to modernize automotive manufacturing through innovative, intelligent software. As a Software Engineer, you'll be at the intersection of the digital and physical-developing and deploying cutting-edge vehicle scheduling applications that bring data, automation, and intelligence to the factory floor. You'll help build the platforms that power our plants, enabling real-time insights and resilient operations that scale with the future of mobility.</p> <p>This is a great opportunity to drive the delivery of a key enterprise objectives in building Ford's flagship products - bring your experience to have significant business impact. In this role you will be working with a unique blend of engineers, data scientists, DevOps, automation, controls and manufacturing business personnel - ideating, building and scaling Billion-Dollar ideas for the manufacturing of iconic Ford products. This is a rare opportunity to put your signature on how Ford manufactures vehicles.</p> <p>In Plant Systems Software Engineer/Developer</p> <ul> <li>Software Development: Utilizing modern software delivery tools such as GitHub, Jenkins, Junit, Gradle, Eclipse/IntelliJ, and Docker/Kubernetes to develop, test, and deliver scheduling solutions. </li><li>Agile Practices: Implementing Agile development methodologies (e.g., JIRA for Epic/Sub management, story writing, iteration planning, burn-downs, ceremonies, retrospectives). </li><li>Cloud & Distributed Systems: Learning and applying cloud-based computing technologies (GCP, CaaS, Windows 2016, SQL Server 2016) for deployment to distributed plant environments. </li><li>Modern Development Methods: Practicing paired programming, XP, SCRUM, and test-driven development. </li><li>Legacy Migration: Assisting in and implementing the migration path from legacy technologies to new platforms. </li><li>Domain Expertise: Gaining a deep understanding of the core functionality of the Manufacturing Production Scheduling process. </li><li>Monitoring & Integration: Identifying and implementing Dynatrace and Splunk integration methods for newly developed tools.Software Development: Utilizing modern software delivery tools such as GitHub, Jenkins, Junit, Gradle, Eclipse/IntelliJ, and Docker/Kubernetes to develop, test, and deliver scheduling solutions. </li><li>Agile Practices: Implementing Agile development methodologies (e.g., JIRA for Epic/Sub management, story writing, iteration planning, burn-downs, ceremonies, retrospectives). </li><li>Cloud & Distributed Systems: Learning and applying cloud-based computing technologies (GCP, CaaS, Windows 2016, SQL Server 2016) for deployment to distributed plant environments. </li><li>Modern Development Methods: Practicing paired programming, XP, SCRUM, and test-driven development. </li><li>Legacy Migration: Assisting in and implementing the migration path from legacy technologies to new platforms. </li><li>Domain Expertise: Gaining a deep understanding of the core functionality of the Manufacturing Production Scheduling process. </li><li>Monitoring & Integration: Identifying and implementing Dynatrace and Splunk integration methods for newly developed tools. </li><li>Software Development: Utilizing modern software delivery tools such as GitHub, Jenkins, Junit, Gradle, Eclipse/IntelliJ, and Docker/Kubernetes to develop, test, and deliver scheduling solutions. </li><li>Agile Practices: Implementing Agile development methodologies (e.g., JIRA for Epic/Sub management, story writing, iteration planning, burn-downs, ceremonies, retrospectives). </li><li>Cloud & Distributed Systems: Learning and applying cloud-based computing technologies (GCP, CaaS, Windows 2016, SQL Server 2016) for deployment to distributed plant environments. </li><li>Modern Development Methods: Practicing paired programming, XP, SCRUM, and test-driven development. </li><li>Legacy Migration: Assisting in and implementing the migration path from legacy technologies to new platforms. </li><li>Domain Expertise: Gaining a deep understanding of the core functionality of the Manufacturing Production Scheduling process. </li><li>Monitoring & Integration: Identifying and implementing Dynatrace and Splunk integration methods for newly developed tools.Software Development: Utilizing modern software delivery tools such as GitHub, Jenkins, Junit, Gradle, Eclipse/IntelliJ, and Docker/Kubernetes to develop, test, and deliver scheduling solutions. </li><li>Agile Practices: Implementing Agile development methodologies (e.g., JIRA for Epic/Sub management, story writing, iteration planning, burn-downs, ceremonies, retrospectives). </li><li>Cloud & Distributed Systems: Learning and applying cloud-based computing technologies (GCP, CaaS, Windows 2016, SQL Server 2016) for deployment to distributed plant environments. </li><li>Modern Development Methods: Practicing paired programming, XP, SCRUM, and test-driven development. </li><li>Legacy Migration: Assisting in and implementing the migration path from legacy technologies to new platforms. </li><li>Domain Expertise: Gaining a deep understanding of the core functionality of the Manufacturing Production Scheduling process. </li><li>Monitoring & Integration: Identifying and implementing Dynatrace and Splunk integration methods for newly developed tools. </li></ul>