MTS Analog Engineering

As an MTS Analog Engineer at Rambus, you will be responsible for designing, simulating, and characterizing high-performance analog/mixed-signal circuits. You’ll research and implement optimal circuit architecture, work alongside the layout team to ensure post-extraction performance, and document your analysis for electrical and timing parameters. Additionally, you'll collaborate with the Lab/System team for circuit characterization and create behavior models for verification simulations.

To qualify for the MTS Analog Engineering position at Rambus, candidates should hold an MS or PhD in Electrical Engineering with a minimum GPA of 3.0. Coursework or experience in CMOS analog/mixed-signal circuit design is critical. Ideal candidates will have a solid grasp of basic analog circuit design principles, and familiarity with Verilog-A or Verilog is a plus. Strong teamwork and collaborative skills are also essential for success in this role.

Rambus fosters a flexible work environment for MTS Analog Engineers, encouraging a hybrid approach where employees enjoy an average of three days in the office and two days working from home. This balance allows for collaboration with team members while maintaining personal productivity in a comfortable setting.

At Rambus, MTS Analog Engineers have ample opportunities for career growth. From hands-on experience with advanced technologies to collaboration with industry leaders, you will develop your skills and gain invaluable insights. The company supports its employees through mentorship and continuous learning, allowing for upward mobility within the tech landscape.

Rambus is dedicated to cultivating a diverse and inclusive workplace where all employees, including MTS Analog Engineers, feel valued. The company actively promotes initiatives that honor the rich tapestry of backgrounds and experiences within the team, enhancing collaboration and innovation. This commitment to respect and listen to every voice strengthens the overall work culture.

When discussing your experience with analog circuit design, focus on specific projects or coursework that highlight your skills with CMOS and mixed-signal designs. Mention any tools or methods you've used, and emphasize your problem-solving abilities within design constraints.

In responding to this question, describe your process for evaluating different circuit architectures. Mention how you assess trade-offs between various designs and the methods you use to determine the most effective solution while ensuring performance standards are met.

Discuss the simulation and characterization tools you are proficient with, such as SPICE or similar software. Highlight your experience in using these tools for validation and optimization, and provide examples of successful projects where these tools made a difference.

Share your approach to collaboration within cross-functional teams. Emphasize your communication skills, your ability to listen actively and provide constructive feedback, and any experiences where teamwork led to innovative solutions in circuit design.

Select a specific challenge you encountered during your studies or projects. Articulate the problem, your analysis of the situation, and the steps you took to find a resolution. Be sure to emphasize the learning aspect of overcoming obstacles.

When discussing your experience with Verilog and Verilog-A, outline the projects or coursework where you've applied these languages. Elaborate on the role they played in your circuit design and how you've used them for behavior modeling or simulation.

Stress the importance of documentation in circuit design, not only for compliance but also for future reference and team collaboration. Mention how thorough documentation aids in understanding design intentions and facilitates smoother transitions between project phases.

Discuss your methods for staying current. This could include subscribing to relevant journals, attending industry conferences, participating in online forums, or taking additional coursework. Show your passion for continuous learning in the field.

Describe a specific project where you were involved in circuit validation. Explain the testing methods you employed, data analysis you conducted, and how you communicated findings to your team. Highlight your attention to detail and problem-solving skills.

Share your passion for Analog/Mixed-Signal design. Talk about the aspects you find most engaging, such as the complexity of the designs, the satisfaction of problem-solving, or the impact these technologies have on advancing data processing and communication.