29.04.2026 aktualisiert
Premiumkunde
100 % verfügbarEmbedded Test Automation Engineer | HIL/SIL | Python | V&V | Safety & Cybersecurity | Remote/DE/EU
Elchingen Thalfingen, Deutschland
Weltweit
Bachelor of Engineering- Electrical and Electronics EngineeringÜber mich
Senior Embedded Test & Automation Engineer mit 14+ Jahren Erfahrung in HIL/SIL, ECU‑Testing, Python‑Automatisierung und sicherheitskritischen Systemen. Zertifiziert nach ISO 26262, ISO/SAE 21434 und ISTQB. Verfügbar für Projekte remote oder vor Ort in Deutschland.
Skills
Test-SoftwareAntriebArchitekturAtlassian JiraTest AutomationUnit TestingAutomobilindustrieAutomotive Open System ArchitectureC++KalibrierungCanapeChassisKommunikationsprotokolleDatensammlungEmbedded C++
Python, PyTest, Robot Framework, HIL Testing, SIL Testing, Embedded Systems, V&V, Functional Safety, Cybersecurity Testing, CANoe, CANalyzer, Trace32, VTestStudio, EXAM, ECU‑WorkX, CI/CD, Jenkins, Git, Firmware Testing, System Integration Testing, Fault Injection, Regression Testing, IEC 62304, EN 50128, MedTech Testing, Robotics Testing, Industrial Automation Testing, IoT Testing.
Sprachen
DeutschgutEnglischMuttersprache
Projekthistorie
Functional Safety Vehicle Validation on BEV and FCEV Trucks
Client : IVECO Group, ULM.
Company : LTTS, Germany (MAY 2024 – NOV 2024)
Role : Vehicle Tester for BEV and FCEV Trucks
Activities :
● Analyze and interpret functional safety requirements using JAMA tool, ensuring compliance with industry standards. ● Collaborate with the requirements team to clarify ambiguities and ensure accuracy in documentation.
● Review and optimize test procedures to enhance productivity and ensure comprehensive coverage.
● Execute functional testing, fault injection, and crash ECU tests in a controlled vehicle test environment using CANalyzer.
● Track, document, and report defects using JIRA, providing detailed feedback to cross-functional teams.
● Actively participate in troubleshooting and debugging efforts, contributing to efficient root cause analysis.
● Ensure alignment with project timelines and safety regulations by maintaining detailed test logs and results.
Client : IVECO Group, ULM.
Company : LTTS, Germany (MAY 2024 – NOV 2024)
Role : Vehicle Tester for BEV and FCEV Trucks
Activities :
● Analyze and interpret functional safety requirements using JAMA tool, ensuring compliance with industry standards. ● Collaborate with the requirements team to clarify ambiguities and ensure accuracy in documentation.
● Review and optimize test procedures to enhance productivity and ensure comprehensive coverage.
● Execute functional testing, fault injection, and crash ECU tests in a controlled vehicle test environment using CANalyzer.
● Track, document, and report defects using JIRA, providing detailed feedback to cross-functional teams.
● Actively participate in troubleshooting and debugging efforts, contributing to efficient root cause analysis.
● Ensure alignment with project timelines and safety regulations by maintaining detailed test logs and results.
E-mobility - SWE.5 System Integration Testing /HIL Testing
Client: ZF Friedrichshafen AG (External Employee)
Company: FERCHAU Gmbh, Friedrichshafen (JUN 2022 – MAR 2024)
Role: System Integration Tester for Inverter software
Activities:
● Led inverter ECU hardware testing and Vector Test HIL system optimization, setting up robust test environments for various customer requirements.
● Executed advanced automated and manual HIL tests, including electrical fault injection and regression testing to rigorously validate ECU performance.
● Performed direct inverter software flashing and hardware debugging on ECUs using Trace32 Lauterbach, resolving complex hardware/software issues.
Developed and maintained CAPL script automation to enhance testing efficiency, integrating them into Jenkins CI and managing version control in SMARTGit.
● Diagnosed and debugged test program failures and anomalies in ECU data, working in concert with development teams.
● Ensured ISO 26262 functional safety compliance, validating ECU behaviour under diverse fault conditions.
● Proficient in CAN communication protocols and interpreting test results to identify performance discrepancies.
Client: ZF Friedrichshafen AG (External Employee)
Company: FERCHAU Gmbh, Friedrichshafen (JUN 2022 – MAR 2024)
Role: System Integration Tester for Inverter software
Activities:
● Led inverter ECU hardware testing and Vector Test HIL system optimization, setting up robust test environments for various customer requirements.
● Executed advanced automated and manual HIL tests, including electrical fault injection and regression testing to rigorously validate ECU performance.
● Performed direct inverter software flashing and hardware debugging on ECUs using Trace32 Lauterbach, resolving complex hardware/software issues.
Developed and maintained CAPL script automation to enhance testing efficiency, integrating them into Jenkins CI and managing version control in SMARTGit.
● Diagnosed and debugged test program failures and anomalies in ECU data, working in concert with development teams.
● Ensured ISO 26262 functional safety compliance, validating ECU behaviour under diverse fault conditions.
● Proficient in CAN communication protocols and interpreting test results to identify performance discrepancies.
E-mobility - SWE.4 Software Module Testing / ECU Testing
Client : ZF Friedrichshafen AG
Role : Software Tester for Inverter software / ECU Testing
Activities :
● Lead an ECU testing team of 5 members.
● Specialized in hardware-centric ECU testing, including board bring-up and in depth debugging using Trace32 Lauterbach.
● Directly validated ECU hardware components: Performed output actuator validation by measuring voltage levels on PCB test points with multi meters/oscilloscopes, and input sensor validation via precise voltage injection.
● Developed and optimized automated test programs using Python scripting and CMM (Trace32) to streamline testing workflows, aligning with a focus on robust software development for test.
● Expertly used Trace32 Lauterbach for flashing ECUs, real-time signal tracing, and advanced hardware/software debugging.
● Collaborated with development teams to identify, analyze, and resolve complex hardware and software defects.
● Ensured comprehensive test coverage for BSW (MCAL- Microcontroller Abstraction Layer, IOHWAB- Input Output HardWare Abstraction Layer) and ASW components, adhering to ASPICE SWE.4 processes.
Client : ZF Friedrichshafen AG
Role : Software Tester for Inverter software / ECU Testing
Activities :
● Lead an ECU testing team of 5 members.
● Specialized in hardware-centric ECU testing, including board bring-up and in depth debugging using Trace32 Lauterbach.
● Directly validated ECU hardware components: Performed output actuator validation by measuring voltage levels on PCB test points with multi meters/oscilloscopes, and input sensor validation via precise voltage injection.
● Developed and optimized automated test programs using Python scripting and CMM (Trace32) to streamline testing workflows, aligning with a focus on robust software development for test.
● Expertly used Trace32 Lauterbach for flashing ECUs, real-time signal tracing, and advanced hardware/software debugging.
● Collaborated with development teams to identify, analyze, and resolve complex hardware and software defects.
● Ensured comprehensive test coverage for BSW (MCAL- Microcontroller Abstraction Layer, IOHWAB- Input Output HardWare Abstraction Layer) and ASW components, adhering to ASPICE SWE.4 processes.