ATE Test Engineer

As an ATE Test Engineer at Lightmatter, you will define and develop ATE test solutions specifically for our innovative Silicon Photonics products. Your role includes supporting customer deployments, collaborating with multi-functional teams to debug product failures, and enhancing test coverage and efficiency to ramp up for High Volume Manufacturing. You will also be expected to create and maintain test scripts that boost the overall productivity of the engineering group.

To be considered for the ATE Test Engineer position at Lightmatter, applicants should possess a Bachelor’s or Master’s degree in Electrical/Computer Engineering or have equivalent experience, along with at least 5 years of ATE Test Development experience using V93K or Teradyne. Proficiency in scripting languages such as Python and familiarity with data analysis tools like Excel and JMP are also essential for this role.

An ATE Test Engineer at Lightmatter should have a strong foundation in ATE Test Development, particularly with V93K or Teradyne systems. Knowledge of high-speed Serdes testing, DFT insertion techniques, and the ability to read firmware code is highly beneficial. Additionally, proficiency in scripting languages like Python and data analysis techniques will greatly enhance your effectiveness in this role.

Lightmatter is committed to the growth and development of its employees, including ATE Test Engineers. We offer training and development programs designed to enhance your skills and knowledge within the field. This continuous learning environment allows our team members to stay updated with the latest technologies and methodologies in AI data center infrastructure.

The ATE Test Engineer position at Lightmatter includes a competitive compensation package with a salary range of $163,000 to $183,000, depending on experience and qualifications. Additionally, we provide comprehensive health care, a retirement savings matching program, generous time off, paid family leave, and a flexible work environment to promote a healthy work-life balance.

When answering this question, focus on specific projects you've worked on that involved ATE Test Development. Highlight your familiarity with tools like V93K or Teradyne and discuss the methodologies you employed to develop effective test solutions.

Emphasize a systematic approach to debugging, detailing your steps from identifying the failure to collaborating with multi-functional teams, and implementing solutions. Share an example that demonstrates your problem-solving skills in a team setting.

Discuss your expertise in Python, providing examples of how you've utilized it to create scripts or automation that improved testing efficiency. Mention any specific libraries or tools you are comfortable with that are relevant to the role.

Address how you meticulously develop test plans that include extensive characterization and highlight any potential test coverage gaps. Describe any techniques you use to validate that all features and scenarios are thoroughly tested.

Outline your experience with data analysis tools such as Excel or JMP, highlighting specific instance of how you've utilized these tools to analyze test results, interpret data, and drive improvements in manufacturing processes.

Discuss methods you might employ to streamline test processes, such as leveraging automation, improving test scripts, or using advanced testing techniques to reduce time without sacrificing quality.

Share a specific project that posed challenges, detailing the obstacles faced and your approach to overcoming them. Discuss how collaboration with team members and strategic planning played a key role in achieving successful results.

Emphasize the importance of communication and collaboration, and provide examples of how you've effectively worked with teams across different disciplines to achieve project objectives and solve problems.

Indicate your commitment to professional development by discussing any courses, webinars, or industry conferences you attend. Mention relevant publications or online communities that you follow to keep abreast of technological advancements.

Explain your methodical approach to gathering requirements, considering factors such as product specifications, customer needs, and manufacturing capabilities. Discuss how you involve stakeholders in this process to ensure comprehensive coverage.