Power Platform Developer (Power Apps / Power Automate / SharePoint / Power BI)

We are looking for an experienced Power Platform Developer to join our team and work on a project for one of our English-speaking clients. You will design, build and maintain advanced business applications, automated workflows and interactive dashboards, working remotely with the client’s teams on a daily basis. You will turn their business needs into scalable, user-friendly digital solutions built on the Microsoft 365 ecosystem. Key Responsibilities - Design and develop advanced canvas and model-driven apps in Power Apps, with a strong focus on usability, performance and maintainability. - Build and optimise automated business processes with Power Automate (cloud flows, approvals, scheduled and event-driven flows, integrations with third-party systems). - Design and manage SharePoint Online sites, lists and document libraries used as data sources, including permissions and information architecture. - Create interactive dashboards and reports in Power BI, connecting to SharePoint, Dataverse, Excel and other data sources. - Gather and analyse business requirements, propose technical solutions and present them to the client’s stakeholders. - Ensure solutions follow best practices for security, governance, naming conventions and ALM (environments, solutions, deployment). - Write technical documentation in English and provide training and support to end users. - Troubleshoot, maintain and continuously improve existing applications and flows. Required Skills And Experience - 3+ years of hands-on experience with the Microsoft Power Platform. - Strong expertise in Power Apps (canvas apps, Power Fx formulas, delegation, components, responsive design). - Solid experience with Power Automate, including complex flows, error handling and connectors. - Good knowledge of SharePoint Online (lists, libraries, content types, permissions). - Experience building dashboards with Power BI (data modelling, DAX, Power Query). - Understanding of Dataverse and data modelling princip