We are seeking a detail-oriented and analytical .NET Developer to join our growing development team in Budapest, Hungary. In this role, you will design, develop, and maintain application part using the .NET framework while collaborating with cross-functional teams to deliver high-quality software solutions. You will be responsible for writing clean, efficient code and ensuring that all applications meet our rigorous quality standards.
To further develop our CRM system DigiPro , based on MS Dynamics 365.
Your Responsibilities:
- Development and continuous enhancement of the system
- Design and implementation of new features within MS Dynamics 365
- Development and maintenance of integrations
- Support and optimization of CI/CD processes
- Close collaboration with development and business teams
- MS Dynamics 365 (CRM/CE) experience
- Power platform (Power Apps, Power Automate)
- .NET, C#
- Basic knowledge of Azure
- Docker, Kubernetes
- SQL, SSIS (SQL Server Integration Services)
- GitLab CI/CD Pipelines, Runner
- Experience integrating Microsoft Dynamics 365 with Azure services (e.g., Azure Active Directory, Azure Application Gateway, Logic Apps, Azure Functions)
- Knowledge of Microsoft Power Platform: Power Apps, Power Automate, Power BI
Ranked as Hungary’s most attractive employer in 2025 (according to Randstad’s representative survey), Deutsche Telekom IT Solutions is a subsidiary of the Deutsche Telekom Group. The company provides a wide portfolio of IT and telecommunications services with more than 5300 employees. We have hundreds of large customers, corporations in Germany and in other European countries.
DT-ITS received the Best in Educational Cooperation award from HIPA in 2019 and was acknowledged as the Most Ethical Multinational Company in 2019. The company continuously develops its four sites in Budapest, Debrecen, Pécs and Szeged and is looking for skilled IT professionals to join its team.
- Please be informed that our remote working possibility is only available within Hungary due to European taxation regulation.