Senior Software Engineer
Your role oT Edge & Data Center Integration Design and deploy Azure IoT Edge workloads running on data center gateways/servers to ingest telemetry from: BMS/BAS systems Power systems (UPS, PDUs, ATS, Generators) Cooling and mechanical systems Environmental sensors (temperature, humidity, airflow, water leak) IT infrastructure (SNMP, Modbus, BACnet, OPC-UA) Build MQTT-based ingestion pipelines to securely stream telemetry from local DCIM collectors into the Azure cloud. Implement local processing logic for buffering, aggregation, transformation, and on-premise failover. Cloud Data Pipeline Engineering Develop end‑to‑end data flows using Azure IoT Hub, Event Hub, Stream Analytics, Azure Functions, Data Explorer, and Storage . Build scalable and secure APIs and microservices to expose telemetry for customers, partners, and internal services. Implement real-time alarming and event processing in the cloud using serverless compute. Integrate telemetry into analytics platforms to support: Predictive maintenance Capacity forecasting Energy efficiency AI models SLA/uptime reporting Platform Reliability & Operations Implement robust monitoring, diagnostics, and observability using Log Analytics, Azure Monitor, and Application Insights . Troubleshoot connectivity, protocol translation, cloud ingestion, and Edge deployment issues. Ensure configuration management and version control of IoT Edge modules. Security & Compliance Implement strong end‑to‑end security across: Device identity and certificates Encrypted MQTT communication Secure onboarding with DPS Azure RBAC and Key Vault-based secrets management Ensure solutions meet data center security policies and customer data governance requirements. Collaboration & Documentation Partner with DC Operations, Facilities, Product Management, Data Science, and Customer Engineering teams. Document architecture, deployment processes, and support handover materials. Contribute to design standards and best practices for DCIM modernization. What you’ll need Technical Skills Strong hands-on experience with: Azure IoT Hub, IoT Edge, IoT Hub Device Provisioning Service MQTT protocol and edge-to-cloud messaging Azure Functions, Event Hub, Stream Analytics, Azure Data Explorer (Kusto) Container development (Docker) and Edge module creation C#, Python, Node.js, or Go for backend and edge services Familiarity with data center protocols and devices: Modbus RTU/TCP, BACnet/IP, SNMP, OPC-UA Environmental sensors and telemetry networks Experience with CI/CD pipelines (Azure DevOps or GitHub Actions) Knowledge of IaC (Bicep, ARM, Terraform) Experience Prior experience in data center infrastructure , building systems , or industrial IoT environments. Designing event-driven cloud architectures for real-time monitoring. Building resilient telemetry ingestion systems. Working with operational technology (OT) in secure environments. Responsibilities oT Edge & Data Center Integration Design and deploy Azure IoT Edge workloads running on data center gateways/servers to ingest telemetry from: BMS/BAS systems Power systems (UPS, PDUs, ATS, Generators) Cooling and mechanical systems Environmental sensors (temperature, humidity, airflow, water leak) IT infrastructure (SNMP, Modbus, BACnet, OPC-UA) Build MQTT-based ingestion pipelines to securely stream telemetry from local DCIM collectors into the Azure cloud. Implement local processing logic for buffering, aggregation, transformation, and on-premise failover. Cloud Data Pipeline Engineering Develop end‑to‑end data flows using Azure IoT Hub, Event Hub, Stream Analytics, Azure Functions, Data Explorer, and Storage . Build scalable and secure APIs and microservices to expose telemetry for customers, partners, and internal services. Implement real-time alarming and event processing in the cloud using serverless compute. Integrate telemetry into analytics platforms to support: Predictive maintenance Capacity forecasting Energy efficiency AI models SLA/uptime reporting Platform Reliability & Operations Implement robust monitoring, diagnostics, and observability using Log Analytics, Azure Monitor, and Application Insights . Troubleshoot connectivity, protocol translation, cloud ingestion, and Edge deployment issues. Ensure configuration management and version control of IoT Edge modules. Security & Compliance Implement strong end‑to‑end security across: Device identity and certificates Encrypted MQTT communication Secure onboarding with DPS Azure RBAC and Key Vault-based secrets management Ensure solutions meet data center security policies and customer data governance requirements. Collaboration & Documentation Partner with DC Operations, Facilities, Product Management, Data Science, and Customer Engineering teams. Document architecture, deployment processes, and support handover materials. Contribute to design standards and best practices for DCIM modernization. Qualifications Technical Skills Strong hands-on experience with: Azure IoT Hub, IoT Edge, IoT Hub Device Provisioning Service MQTT protocol and edge-to-cloud messaging Azure Functions, Event Hub, Stream Analytics, Azure Data Explorer (Kusto) Container development (Docker) and Edge module creation C#, Python, Node.js, or Go for backend and edge services Familiarity with data center protocols and devices: Modbus RTU/TCP, BACnet/IP, SNMP, OPC-UA Environmental sensors and telemetry networks Experience with CI/CD pipelines (Azure DevOps or GitHub Actions) Knowledge of IaC (Bicep, ARM, Terraform) Experience Prior experience in data center infrastructure , building systems , or industrial IoT environments. Designing event-driven cloud architectures for real-time monitoring. Building resilient telemetry ingestion systems. Working with operational technology (OT) in secure environments. Preferred Qualifications Azure certifications: AZ‑204 , AZ‑220 , AZ‑305 or equivalent. Experience with: Data center DCIM systems Power and cooling system integration High-availability IoT solutions Digital twins (Azure Digital Twins or equivalent) AI/ML pipelines for anomaly detection and forecasting Familiarity with edge networking, firewalls, proxies, VPNs, and OT/IT segmentation.