Test Engineer

As a Test Engineer at our Malibu, CA location, you will be responsible for measuring and characterizing mixed signal circuits and semiconductor devices. Your key duties will include collecting and analyzing data, debugging circuits in collaboration with IC design engineers, and developing automated test programs. You will also implement test setups to measure complex analog and digital ICs, ensuring all data is accurate and presented effectively.

To qualify for the Test Engineer position at our Malibu facility, you should have a Bachelor's or Master’s Degree in Electrical Engineering, Physics, or a related scientific discipline. Additionally, having at least 2 years of experience in mixed signal IC testing and characterization is essential. Familiarity with measurement equipment, skills in coding languages for automation, and a solid understanding of semiconductor device physics are also key qualifications for this role.

Yes, obtaining and maintaining security clearance is a requirement for the Test Engineer position in Malibu. As a US citizen, you will need to be eligible for clearance, with an active SSBI being a plus. This ensures that all employees meet the necessary security protocols while working on sensitive projects.

In the Test Engineer role at our Malibu office, you will work with a wide variety of advanced measurement equipment. This includes High-Speed Oscilloscopes, Vector Network Analyzers (VNAs), Spectrum Analyzers, Time Domain Reflectometry (TDR) devices, Semiconductor Analyzers, and Function/Waveform Generators, among others. Proficiency in using these tools is crucial for success in this position.

The base salary range for the Test Engineer position in Malibu is competitive, falling between $99,705 - $124,683, plus bonuses and benefits. Our salary structure reflects job role, level, and location. Individual pay will be influenced by various factors including skills, experience, and education, with specific details shared during the hiring process.

In discussing your experience with mixed signal IC testing, highlight specific projects where you played a key role in measurement or characterization. Discuss the types of circuits and equipment you have worked with and emphasize any successful outcomes or troubleshooting methods you've implemented.

When asked about debugging techniques, provide examples from past experiences illustrating your problem-solving skills. Mention how you collaborate with design engineers, the tools you utilize, and how you prioritize issues to efficiently identify and fix problems.

To answer this, share your familiarity with automation languages such as Python or MATLAB. Discuss specific instances where you wrote scripts for automated data collection and processing and how they've improved testing efficiency and accuracy.

In your response, list the specific measurement equipment you have hands-on experience with, such as oscilloscopes or VNAs. Provide context for how you have used these tools in past roles, including any challenges faced and solutions implemented.

For this question, describe a project where you utilized your technical skills in mixed signal testing. Focus on the objectives, your role, the methodologies employed, and the successful results achieved as a team.

Explain your systematic approach to ensuring accuracy, including quality control measures, regular equipment calibration, and validation processes you follow to cross-check results during testing.

Discuss specific challenges such as working under tight deadlines or coordinating with various teams. Illustrate how you adapted or found creative solutions to maintain quality work while meeting lab demands.

Emphasize your organizational skills by outlining how you assess project deadlines, importance, and resource availability when determining priority. Provide examples of multitasking successfully in past roles.

Discuss your strategies for distilling complex data into digestible formats for project meetings. Mention tools or software you use and how visual aids enhance comprehension among team members who may not have the same technical background.

Share your personal interests within semiconductor testing, such as innovations in mixed-signal circuits or advancements in measurement technologies. Discuss how these elements motivate your work and drive your passion for continuous learning.