We are launching one of the most ambitious Customs Transformation programs in DHL Express history—and we are looking for exceptional talent to help shape it.
This multi-year global initiative spans people, processes, and technology, with the goal of significantly elevating our Customs Operations and quality worldwide. As part of this journey, we are scaling our Global Operations and IT teams from under 30 to over 100 high-impact professionals, building new capabilities and strengthening existing ones.
Key focus areas include establishing a best-in-class Program Management Office (PMO), creating a Global Customs Process team, expanding Business Capability teams, and investing significantly in advanced IT solutions. Backed by a multi-million Euro investment, this program is a long-term commitment to building smarter processes, stronger systems, and a future-ready Customs environment.
This is a complex and demanding transformation—but also a rare opportunity to make a tangible, global impact. Your work will directly contribute to how DHL Express delivers excellence to customers around the world.
If you are motivated by scale, challenge, and meaningful impact, this is your opportunity to be part of something truly transformational.
We are looking for a Manager Project Methodology.
Role Location: Whilst this role has been advertised as located in a specific location, we will also be considering locating this role at other GHO locations in Europe, including Bonn, Brussels, Maastricht and Leipzig.
The Manager Project Methodology is responsible for defining, governing, and continuously enhancing the delivery methodology that underpins the transformation program. You maintain a cohesive framework of processes, templates, standards, and quality gates while enabling teams to apply agile practices consistently and effectively. Through coaching, facilitation, and close collaboration with PMO, tool, and IT delivery teams, the role ensures methodological excellence and a harmonized, high‑quality approach across all global functions and regions.
