PLM Engineering Manager

Location: Dearborn, MI, United States; Hybrid

We are seeking an experienced PLM Engineering Manager to lead 3DEXPERIENCE customization, development, and high level escalation support. This pivotal leadership role will guide a team of 3DX developers, platform engineers, and release engineers. It will also connect Ford's business and engineering stakeholders with the hosting and infrastructure teams and with Dassault Systèmes.

The ideal candidate is a hands-on technical leader who understands the full 3DX architecture, from 3DPassport and 3DSpace through 3DSearch and FCS down to the database. You are equally comfortable reviewing a developer's trigger logic, analyzing a JVM thread dump during an outage, pushing a Dassault Systèmes Service Request up to R&D, and explaining the root cause to senior leadership in plain business terms. You set the engineering standards that keep Ford's heavily customized platform stable and upgrade-ready. A natural collaborator, you build trust across development, hosting, and business teams, and you thrive in a fast-paced environment where both delivery and accountability matter. This role is a people leader position but also highly technical.

We are the Product Development (PD) Platform Operations team, the driving force behind Ford's next-generation infrastructure and software solutions. Our mission is to build scalable, highly available environments that empower our engineers to design and build the vehicles of the future. We thrive on innovation, embracing cutting-edge technologies and methodologies like Infrastructure-as-Code, Configuration-as-Code (powered by Ansible), and cloud-native development, all while using CI/CD methodologies. This role is specifically within the Application Delivery portion of our team. You will be the technical authority and engineering leader for our internally managed Dassault Systèmes 3DEXPERIENCE (3DX) platform. You will own the customizations that tailor 3DX to Ford's engineering needs, and you will serve as the final escalation point when critical issues arise.