Bertran Ziyadov

• helping small and mid-sized enterprises develop test automation strategies for embedded systems

• designing and implementing test-automation architectures across platforms and OSs, including Yocto, bare-metal, and FreeRTOS

• advising on CI build automation with containerized toolchains such as TI MSP430 CGT, TI CLANG CGT, Keil v5/v6, and STM32 toolchains

• consulting on Hardware-in-the-Loop (HiL) system design using tools tailored to project needs

• building pytest-based test frameworks

• developing custom test-reporting solutions to speed up root cause analysis used Tools: VSCode, GitLab, Docker, different Build Toolchains used Programming languages: Python, Shell (Bash)

• Use and configuration of commercially available test automation solutions

• Process analysis and development of test automation

strategies for UAVs

• Automation of test processes for the ground control station

running on Debian Linux of the UAV (Unmanned Aerial

Vehicle)

• seting up a HiL Test environment for the ground control station

• Validation of requirements and definition of test cases

• Development of a custom test framework for testing GUI elements using pytest and OpenCV

• Seting up CI/CD pipelines for automated testing in GitLab and Jenkins in a reproducible environment used Tools: VSCode, Jenkins, GitLab, Docker, Ansible used Programming languages: Python, Shell (Bash)

• Use and configuration of commercially available test automation solutions for a yocto (Linux) operating system

• Development of a HiL test bench for regression and

integration tests using pytest

• Used Cucumber and Gherkin to abstract test cases

• Automation of functional, load, and performance tests for communication between the embedded device and backend with MQTTv5

• Web-Service-Testing with automated REST API tests

• Capturing MQTT messages using Wireshark

• Automation of test cases for embedded OTA updates

• Creation of test plans in XRAY

• Process analysis and creation of test-automation strategies for MPU–web-service cross-platform testing

• Web-Service-Testing with Selenium

• Generation of test reports and automated upload to Jira XRAY

• manual Execution of module, integration, and system tests

• Setup of GitLab CI/CD pipelines for automated test processes

• Selection of National Instruments PXI and PXIe matrix

multiplexers

• Design of an adapter PCB for National Instruments products

• Planning of a system test for an energy storage system consisting of BMS (Batery Management System), EMS

(Energy Management System), inverter, loads, sinks, etc., to automate charging and discharging tests

• Collecting and documenting requirements

• testing cyber security issues using iptables used Tools: VSCode, JIRA, XRAY, GitLab, Confluence, MQTTv5, Docker, CAN, Wireshark used Programming languages: Python, Shell (Bash)