Mixed Signal Behavioral Modeling Engineer • Entry-Level

Who you are

You are an early-career engineer with a passion for chip design and a strong desire to tackle complex challenges. You have a foundational understanding of analog and digital circuits, and you're eager to learn from experts in the field. Your curiosity drives you to explore the intricacies of mixed-signal designs and their applications in real-world scenarios.

You possess a basic knowledge of SystemVerilog and are excited about the opportunity to translate custom circuit schematics into efficient behavioral models. You are comfortable working in a collaborative environment, engaging with circuit design and verification teams to ensure that your models accurately reflect the intended functionality of the circuits.

What you'll do

In this role, you will be responsible for creating SystemVerilog behavioral models from custom mixed-signal circuit schematics. You will work closely with circuit design teams to gain a deep understanding of the circuits and their intended operations. Your role will involve running simulations and utilizing formal equivalence tools to verify that your models align with the actual circuits.

You will also be tasked with coding targeted checks within your models to ensure that the circuits are utilized correctly. Additionally, you will write scripts and develop simple tools to automate repetitive tasks, enhancing efficiency in the modeling process. This position offers a unique opportunity to build a strong foundation in mixed-signal design while contributing to innovative projects at Apple.

What we offer

At Apple, we foster a culture of innovation and collaboration. You will have the chance to work alongside some of the brightest minds in the industry, gaining invaluable insights and experience in mixed-signal design. We encourage you to apply even if your experience doesn't match every requirement, as we value diverse perspectives and backgrounds. Join us in crafting products that enrich people's lives and push the boundaries of technology.