In 2023, I joined a dynamic startup focused on creating an intelligent product for monitoring and analyzing the stability of streetlamps.

• Set up infrastructure to facilitate remote testing of prototypes on a network of streetlamps.

In 2022, I transitioned to an international team at HMS, working on remote access gateways that allow secure global access to industrial equipment.

• Maintained and improved remote access products, enhancing reliability and performance.
• Implemented UTF-8 support to improve compatibility and user experience.
• Integrated new 4G modems to expand connectivity options.
• Contributed to the development of a new product emphasizing clean architecture and robust security.

From 2021 to 2022, I contributed to software development in energy automation networks.

• Integrated the IEC61850 energy protocol to enhance automation capabilities.
• Established automated system testing infrastructure.
• Created a production-ready firmware environment.
• Conducted a proof of concept for a device management framework.
• Developed a LoRaWAN driver to extend communication capabilities.

I focused on PC interfaces enabling flexible access to Industrial Ethernet networks from PCs.

• Maintained and refactored Linux drivers for improved performance.
• Developed C-APIs for Linux and Windows to ease interface integration.

As a junior software developer, I worked on embedded software for various network gateway products.

• Extended functionality of CAN-Ethernet gateways, including TCP flow control.
• Improved the Python-based configuration tool for CAN-Ethernet gateways.
• Enhanced the automated Python test system for gateway products.
• Developed a USB-to-CAN gateway with a Python bus monitor and APIs.
• Ported core software to a new microcontroller for a customer-specific project.

During my studies, I contributed to hardware and software development for industrial automation.

• Developed a CAN pattern generator to simulate bus traffic up to full load.
• Implemented an MQTT client for CAN-Ethernet gateways to support IoT integration.
• Participated in hardware development for a Wi-Fi and Bluetooth extension board.

While still in school, I worked part-time on quality assurance, setting up and maintaining automated test systems.