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| 1 | +--- |
| 2 | +sdate: '02.2022' |
| 3 | +edate: 'Present' |
| 4 | +company: 'GEA' |
| 5 | +location: 'Germany' |
| 6 | +jobTitle: 'IoT Software Engineer' |
| 7 | +summary: 'Built systems for device health monitoring, automated certificate management, endpoint verification, service configuration, and streamlined device onboarding. Developed testing criteria and documentation, and automated secure password sharing.' |
| 8 | +--- |
| 9 | +* Developed a system to rapidly identify and address unhealthy devices across diverse divisions and environments within a large fleet. Leveraged Azure Functions to collect key performance indicators from various systems, storing the latest results in a cloud-based database. Developed a Power BI dashboard to visualize device health status and facilitate proactive maintenance. Stack used: Azure Cloud, .NET, C#, SQL, and PowerBI |
| 10 | + |
| 11 | +* Implemented a job scheduler to proactively monitor and automate certificate regene- |
| 12 | +ration for remote users access to edge gateways. Leveraged the advantages of Azure |
| 13 | +Functions, integrating with the certificate hosting platform via API. Additionally, utilized a |
| 14 | +database to enhance the system's capabilities and efficiently handle complex certificate |
| 15 | +management tasks. Stack used: Azure Cloud, .NET, C#, and SQL |
| 16 | + |
| 17 | +* Co-developed a containerized application for comprehensive endpoint verification |
| 18 | +across the division's critical services. This versatile application supports a wide range of |
| 19 | +protocols (HTTPS, NTP, MQTTs) and can be easily customized for various endpoints. |
| 20 | +Stack used: Docker, Flask, Python, React and Typescript |
| 21 | + |
| 22 | +* Played a key role in the development of a web application for configuring and mana- |
| 23 | +ging services deployed to edge gateways. This application facilitated pre-production |
| 24 | +configuration and ongoing maintenance. It integrated with cloud functions to enable |
| 25 | +scheduled service deployments to devices, leveraging Azure's digital twin technology. |
| 26 | +Stack used: Azure Cloud, .NET, Blazor, C#, and SQL |
| 27 | + |
| 28 | +* Adapted and contributed on the expansion of a web platform that streamline edge |
| 29 | +gateway onboarding. Improved user experience by facilitating device enrollment before |
| 30 | +production. Key contributions included optimizing container configurations, template |
| 31 | +assignments, and extending API endpoints. Stack used: Azure Cloud, Python, React, |
| 32 | +JavaScript, and Docker. |
| 33 | + |
| 34 | +* Evaluated potential edge gateways for fleet integration, establishing comprehensive |
| 35 | +hardware and firmware testing criteria. Developed a robust firmware upgrade procedure |
| 36 | +and authored comprehensive troubleshooting, migration, and configuration documentation. |
| 37 | + |
| 38 | +* Designed and implemented automated workflows in Microsoft Power Automate to securely share passwords for devices located in remote locations, streamlining service staff |
| 39 | +access. Stack used: Microsoft Power Automate Platform |
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