About this role
Hey you, D365 F&O Engineer, let’s make mobility in Europe green together! We are building and operating ultra-fast charging stations for electric vehicles all over Europe. Our goal is to contribute to zero-emission mobility and to allow EV drivers to charge at the right place, with the right speed. We’re currently looking for a senior Dynamics F&O Engineer to strengthen our Dynamics landscape. About the Role As a Senior Dynamics 365 Engineer, you will play a key role in strengthening our Dynamics landscape across F&O, and the Power Platform. It would be great if you would also be interested in learning a thing or two about in CE development. You’ll work within a skilled internal engineering team supporting the technology behind Allego’s European charging infrastructure operations. In this role, you will design, build, and improve solutions across our full Dynamics stack - from X++ development in F&O to Power Apps and integrations using Azure services. You will collaborate closely with functional consultants, architects, and internal business stakeholders to build reliable, scalable, and future-ready systems. We are looking for someone who enjoys working across multiple Dynamics areas, is comfortable in a modern engineering environment, and is eager to help us further adopt the Power Platform and Azure technologies. What You Will Do Develop, extend, and optimise functionality in Dynamics 365 F&O (and Dynamics 365 CE) Build solutions using Power Platform (Power Apps, Power Automate, Dataverse) Design and implement integrations using Azure Logic Apps, REST APIs, OData, DMF, and Azure API Management Participate in solution design, code reviews, and technical architecture discussions Work with Azure DevOps to manage work items, repositories, branching, and CI/CD pipelines Support continuous improvement of our development approach Work closely with functional consultants and internal customers to analyse requirements and translate them into clean, scalable solutions Break down work into deliverables and provide accurate time estimates