Test Engineer - ADAS

As a Test Engineer - ADAS at Goken America, your main responsibilities will include leading engineering test activities, writing hardware and software specifications, performing both objective and subjective testing, utilizing data acquisition tools to analyze results, and conducting vehicle benchmarking. You will ensure that our ADAS camera systems meet design acceptance criteria and performance levels while innovating and improving testing processes.

To apply for the Test Engineer - ADAS position at Goken America, you need a Bachelor’s degree in Electrical, Computer, Mechanical or Automotive Engineering and at least 3 years of experience in automotive ADAS Camera Systems testing. You should also have a strong understanding of ADAS functionality, experience with vehicle-level testing, and be familiar with data acquisition systems and CAN networks.

Yes, Goken America provides an excellent benefits package for Test Engineers, which includes one month of paid time off per year, competitive compensation, relocation assistance, temporary housing, and visa support if applicable. We believe in taking care of our team so they can thrive both at work and at home.

As a Test Engineer - ADAS at Goken America, you will perform hands-on vehicle-level testing on actual cars and simulators. This includes instrumenting vehicles, conducting various tests to collect data, analyze performance, and report results to ensure compliance with regulatory standards and specifications.

Goken America is dedicated to the professional development of its team members and encourages Test Engineers to seek training and development opportunities. This could include attending workshops, gaining certifications in relevant technologies, and working on cutting-edge projects that enhance your skills and expertise in the automotive sector.

When answering this question, provide specific examples of projects you've worked on, the type of ADAS technologies you’ve tested, and the methodologies you used. Highlight any data acquisition tools you've employed and how your testing contributed to improving system performance.

Discuss your familiarity with various data acquisition systems such as Vector CAN Tools, CANoe, CANalyzer, or CANape. Share your experiences on how you used these tools in testing and analysis, emphasizing their relevance to automotive ADAS.

Use this question as an opportunity to showcase your problem-solving skills. Describe the challenge, the steps you took to identify the issue, and how you implemented a solution. Be sure to reflect on the learned lessons and how it helps you in future testing.

Explain the processes you follow to adhere to testing standards, including establishing test plans, utilizing documented procedures, and staying updated on regulatory requirements. This demonstrates your attention to details and commitment to quality.

Outline your proficiency with data analysis techniques, including how you interpret and present data findings. Mention any software or tools you have used for data analysis and how they have empowered you to make informed decisions during testing.

Share your time-management strategies such as task prioritization, delegation, and utilizing project management tools. Discuss any past experiences where effective scheduling led to timely project completion without compromising quality.

Emphasize the importance of teamwork in engineering projects. Share any past experiences where collaborating with cross-functional teams enhanced testing outcomes and how you ensure healthy communication lines among team members.

Reflect on your passion for technology and innovation in the automotive sector. Share what personally drives you, whether it's a desire to push boundaries in automotive safety or to be a part of groundbreaking developments in ADAS.

Discuss your methods for staying informed about emerging technologies, such as subscribing to industry publications, attending workshops and conferences, or participating in professional organizations. Your commitment to continuous learning is key here.

Talk about your background in diagnostics, covering troubleshooting harnesses, software, and electrical issues. Provide examples of specific troubleshooting processes you used and how they led to successful resolutions.