This role at Apple focuses on researching and developing low power methods for ASIC design. The team aims to innovate and enhance power reduction techniques while ensuring functionality and reliability in designs. The position involves collaboration with engineers to implement energy-efficient circuits and validate new methodologies. Candidates will also develop software tools to automate design modifications for broader adoption of these low power methods.

• Master's degree or foreign equivalent in Electrical and Computer Engineering or a related field.
• Experience in utilizing Low Power ASIC design to explore and prototype novel low power methods.
• Knowledge of Logic and RTL Design for prototyping, synthesizing, and verifying designs with new low power methods.
• Experience in prototyping and simulating energy efficient CMOS or mixed-signal circuits.
• Ability to develop custom CAD tools and scripts to automate large scale design modifications.

• Research new low power methods and power intent verification.
• Review current design flows and methodologies to identify scope for power reduction.
• Prototype test designs in RTL and circuits to prove new low power schemes.
• Synthesize and validate low power designs for functionality, reliability, and testability.
• Develop validation utilities to prove the robustness of novel low power methodologies.

• Employees at Apple are often offered comprehensive benefits that support physical and mental well-being—flexible medical plans, confidential counseling, onsite wellness centers at major campuses, and resources for fitness and daily life. Families typically receive fertility support, paid parental leave with gradual return, caregiving leave, and dependent-care guidance, while financial perks commonly include stock grants (with purchase discounts), 401(k) matching, and income-protection coverage. Employees also see robust time off, Apple University learning and tuition reimbursement, donation matching and paid volunteer hours, and deep product and partner discounts.