Analog Circuit Design Engineer

Intel Corporation•Austin, TX

1d•$122,440 - $200,340•Hybrid

About The Position

Are you passionate about driving innovation in analog and mixed-signal circuit design? Join our team to develop groundbreaking power delivery technologies that transform how people interact with technology. As an Analog Circuit Design Engineer, you will be at the forefront of designing and optimizing analog circuits in advanced process nodes. Your contributions will directly influence Intel's mission to deliver high-performance, energy-efficient products that enrich the lives of people worldwide.

Requirements

Bachelor's degree in Electrical Engineering, Computer Engineering, or a related field, with 3+ years of relevant experience, or a Master's degree with 2+ years of experience, or a PhD with no prior experience.
Proficiency in analog or mixed-signal circuit design, including amplifiers, LDOs, PLLs, ADCs, and similar components.
Practical knowledge of analog layout techniques, including floor-planning, matching, shielding, and parasitic optimization.
Experience with industry-standard CAD tools such as Cadence Spectre/AMS Designer/Virtuoso and StarRC for schematic design and simulation.

Nice To Haves

Expertise in power delivery and power management systems.
Hands-on experience transitioning analog and mixed-signal circuits from design to layout to silicon prototyping.
Familiarity with tools and methodologies for analog validation and debugging.

Responsibilities

Design and develop complex analog and mixed-signal circuits for advanced CMOS technologies, focusing on power delivery and mixed-signal IPs.
Perform circuit design, simulation, and optimization to meet power, performance, area, timing, and yield goals.
Execute analog block floor-planning and extract chip parameters to ensure robust and efficient designs.
Develop and implement test plans to verify circuit designs against microarchitecture specifications.
Conduct post-layout simulations with extracted parasitics and fine-tune designs to meet required specifications.
Collaborate cross-functionally with architecture, layout, and validation teams to optimize circuit functionality and resolve design challenges.
Evaluate experimental test data and iterate designs to improve performance, reduce leakage, and enhance robustness.