Job details

We are seeking a Verification Engineer to support the development and validation of automotive electromagnetic sensors, including Hall-effect and inductive sensing technologies. In this role, you will be responsible for executing verification activities using custom-made test racks, operating LabVIEW-based test software, and performing detailed data analysis to support hardware engineers during sensor development and optimization. 

You will work closely with hardware, systems, and test development teams to ensure sensor performance, robustness, and compliance with automotive requirements across operating conditions. 

• Plan, execute, and document verification and validation tests for electromagnetic, Hall-effect, and inductive sensors
• Operate and control custom-developed laboratory measurement setups, combining control equipment (NI boards) & standardized measurement devices. Identify and define updates to optimize these setups.
• Use and modify LabVIEW custom-developed modules to automate tests, control hardware, and manage test sequences
• Perform sensor characterization across electrical, magnetic, and environmental conditions
• Acquire, record, and manage high-quality measurement data from bench and laboratory testing
• Analyze data to assess sensor accuracy, linearity, hysteresis, noise, drift, temperature behavior, and robustness
• Identify performance limitations, anomalies, and root causes in test results
• Provide clear technical feedback and data-driven recommendations to hardware engineers to support sensor design improvements
• Support debugging of sensor, ASIC, PCB, and test setup interactions
• Prepare structured test reports, characterization summaries, and verification documentation 

• Bachelor’s or Master’s degree in Electrical Engineering, Electronics, Physics, or a related field
• Practical experience using LabVIEW for test development, test control, automation, and data acquisition
• Solid understanding of electromagnetic principles and sensor technologies, particularly Hall-effect and inductive sensors
• Knowledge of magnetic field generation, coils, magnets, shielding, and EMC-relevant effects on sensor behavior
• Knowledge of magnetic field and EMC measurement devices
• Experience with data analysis tools such as DIAdem, Excel, or similar. Ability to translate results into actionable design feedback
• Experience working with prototype hardware and early-stage sensor designs (ex: programming)
• Experience in automotive sensor development or automotive electronics
• Understanding of automotive development standards and processes (ASPICE, ISO 26262, or similar)
• Hands-on mindset with strong laboratory skills
• Curiosity to understand sensor physics and root causes of performance issues