System Verification Engineer - job 1 of 2

The System Verification Engineer role at SEGULA Technologies involves a variety of responsibilities including the development of new truck electrical and electronic systems, fault tracing, and supporting test vehicle builds. You'll perform software and hardware updates, conduct root cause analysis for functional issues, and collaborate with development engineers to implement effective solutions while logging vehicle data for troubleshooting.

To qualify for the System Verification Engineer role at SEGULA Technologies, candidates should have at least 8 years of experience in commercial vehicle system verification or EE system design. An MSEE degree is preferred, along with specialist knowledge in vehicle systems, CAN communication protocols, and electronic diagnostics tools. Candidates should possess excellent communication skills and the ability to work independently.

As a System Verification Engineer at SEGULA Technologies, you will utilize tools such as Vector CANalyzer for CAN communication analysis, as well as automotive electrical and electronic development tools. Familiarity with vehicle controller software toolchains is essential, alongside hands-on experience with wiring harness manufacturing and repair tools.

Hands-on experience is crucial for a System Verification Engineer at SEGULA Technologies. You will be responsible for physically implementing solutions on test vehicles, performing measurements in the electrical system, and troubleshooting issues. Your practical skills will directly impact the success of vehicle verification and problem resolution.

The ideal candidate for the System Verification Engineer role at SEGULA Technologies is someone with at least 8 years of experience, a strong educational background in electrical engineering, and a passion for innovation. You should possess expert-level troubleshooting skills, the ability to work independently, and excellent communication abilities to effectively collaborate with teams globally.

When addressing this question, you should provide concrete examples of how you have identified and resolved faults in commercial vehicle systems, detailing the tools and methods you used for root cause analysis.

Explain your practical experience with CAN communication protocols, including tools like Vector CANalyzer, and how they aided in vehicle diagnostics and fault tracing in your past roles.

Discuss the specific sensor technologies you've worked with, how you've implemented them in your projects, and what challenges you faced relating to their integration into vehicle systems.

Emphasize your communication skills, problem-solving abilities, and how you approach collaboration, ensuring that you work towards common goals while keeping all stakeholders informed.

Share a specific story that illustrates your problem-solving skills, highlighting the challenges faced, your analysis, and the outcome to show your competency as a System Verification Engineer.

Outline the methodologies you are familiar with, such as the 5 Whys, Fishbone Diagram, or FMEA, and provide an example of how you successfully applied one of them in a previous experience.

Discuss your time management skills and how you prioritize tasks to meet deadlines, possibly sharing a specific instance where you successfully managed a project under pressure.

List the essential diagnostic tools you have experience with, emphasizing their roles and how they facilitate effective troubleshooting in commercial vehicle systems.

Detail a specific situation where you recommended a change or improvement to an existing process, the reasoning behind it, and its positive impact on the outcome.

Explain your understanding of safety protocols and compliance measures for vehicles, underscoring the importance of thorough testing and documentation before they are approved for public use.