- This is a pure product-based engineering role where youll contribute to modernizing a large legacy IoT platform into a cloud-native microservices architecture on Azure.

- We're rebuilding a legacy IoT monolith into a modern microservices-based platform on Azure.

- Looking for a hands-on .net / Azure fullstack engineer who can own development across cloud and edge services.

- This role focuses on Azure IoT, microservices, and edge workloads not device hardware/firmware.

- For this role IOT is not a must have, but it will be expected that candidate ramps up on IOT components during the job.

Responsibilities :

- Ramp up quickly on current IoT platform, domain, and modernization roadmap.

- Design and build cloud and edge microservices using .NET/C# with gRPC and RESTful APIs.

- Build integrations across Event Hub, Edge Modules, Gateways, and cloud back-end services.

- Collaborate closely with architects, QA, and product to drive modernization milestones.

- Contribute to CI/CD, code quality, automation, and performance improvements.

Must-Have Requirements :

- 6+ years of software engineering experience with strong .NET and C#.

- Solid experience building gRPC microservices and RESTful APIs.

- Experience with Containerized platforms.

- Experience with SQL MSSQL an NoSQL databases like Cosmos.

- Experience working with messaging systems like Kafka or Event Hub.

- Experience designing and integrating Edge + Cloud solutions (gateway patterns, routing, offline sync, failover).

- Experience working in designing and developing micro services in Azure environment.

- Any frontend technology Blazor / React / Angular.

- Role is primarily backend, but there will be some UI integrations.

Good to Have :

- Experience with API Gateway patterns, service mesh, or distributed tracing.

- Exposure to Azure Functions, Cosmos DB, or Time Series Insights.

- Experience with CI/CD pipelines for IoT or microservices workloads.

- Hands-on Azure IoT skills : IoT Hub, IoT Edge, Event Hub, and related services.

- Understanding of IoT messaging protocols AMQP and MQTT.

- DTDL, digital twin concepts, and IoT data modeling.