Mixed-Signal IC Design Masters Intern

As a Mixed-Signal IC Design Masters Intern at our company, you will actively participate in the design, layout, and verification of analog and mixed-signal chips. Your role will include working alongside senior staff scientists and engineers, using industry-standard tools like Cadence and Matlab, and presenting your results to technical staff and management.

To be successful as a Mixed-Signal IC Design Masters Intern at our company, you should have experience with design and simulation tools, a strong understanding of circuit design techniques, and familiarity with semiconductor IC technologies. Additionally, graduate students in Electrical Engineering with coursework in analog circuit design will find this opportunity ideal.

The compensation for a Mixed-Signal IC Design Masters Intern at our company ranges from $43 to $48 per hour. This range can vary based on location, skills, experience, and education, and our recruiter will provide further details during the hiring process.

Yes, U.S. citizenship is a special requirement for the Mixed-Signal IC Design Masters Intern position at our company. This requirement ensures compliance with various regulations that govern our operations.

Candidates for the Mixed-Signal IC Design Masters Intern role at our company should be graduate students in Electrical Engineering with coursework focused on analog circuit design or theory. This educational background will provide you with the foundational knowledge necessary for a successful internship experience.

When answering this question, focus on specific projects or courses you've completed related to analog circuit design. Highlight any challenges you faced and how you overcame them, as well as the tools you used, like Cadence or Matlab.

Explain your proficiency with tools such as Cadence and Matlab. Share any relevant projects that involved these tools, and discuss how they helped you in your design process.

Discuss the concept of mixed-signal systems and how they combine both analog and digital components. Provide examples of applications where mixed-signal ICs are crucial, demonstrating your understanding of their importance in the industry.

Use the STAR (Situation, Task, Action, Result) method to outline a challenging project. Focus on your role in the project, the skills you utilized, and the successful outcome that resulted from your hard work.

Share resources you use to stay informed about the IC design field, such as relevant journals, websites, and professional organizations. Mention any specific technologies or trends that you find exciting.

Discuss key aspects like noise management, power consumption, and integration of analog and digital components. Explain why these considerations are important and how they affect overall performance.

Talk about the principles of layout design, including aspects like spacing, component placement, and signal integrity. Provide examples from your coursework where layout principles played a significant role in project success.

Discuss your understanding of various testing methods and verification processes, emphasizing their importance in ensuring functionality and reliability. Mention any experience you have with testing protocols.

Share your passion for IC design and how it aligns with your career goals. Discuss any personal experiences or projects that ignited your interest in this field of engineering.

Prepare thoughtful questions that show your interest in the role and company. Ask about the team you will be working with, opportunities for learning, or company culture to demonstrate your enthusiasm.