Power Delivery Engineer, Systems & Power Architect

Apple Inc.; Austin, Northern (TX, KY); Hybrid; USD 120,000 - 170,000; Full time

Job summary

Apple Inc. in Austin seeks a Hardware Engineer - System Technologies to lead multi-disciplinary power delivery design for next‑generation devices.

You will drive architecture, design and testing of power solutions, including DC‑DC converters, PMICs, and EMI control, influencing product performance and reliability. The role involves collaboration with cross‑functional teams, hands‑on lab work, and system bring‑up from concept to production, with up to 10% travel and frequent interaction across

Qualifications

• 3+ years of experience in electrical engineering fundamentals and problem solving.
• Experience in power electronics design including DC-DC converters and LDOs, PMIC/PMU.
• Experience with power, analog and IC design fundamentals and PDN concepts.
• Strong laboratory testing, debugging, and validation skills with lab equipment.
• Ability to collaborate across multidisciplinary teams and vendors.

Responsibilities

• Design, analyze and validate power delivery solutions including DC-DC converters and PDNs.
• Collaborate with cross-functional teams on Power Architecture, IP specs and performance.
• Work with vendors to define and develop future generations of power ICs.
• Provide design guidance for system architecture, board layout, bring-up and test.
• Perform design feasibility studies, testing and verification, and system bring-up.
• Develop methodologies to optimize performance, size, cost, and EMI.
• Travel up to 10% as needed.

Job description

Apple Inc. in Austin seeks a Hardware Engineer - System Technologies to lead multi-disciplinary power delivery design for next‑generation devices.

You will drive architecture, design and testing of power solutions, including DC‑DC converters, PMICs, and EMI control, influencing product performance and reliability. The role involves collaboration with cross‑functional teams, hands‑on lab work, and system bring‑up from concept to production, with up to 10% travel and frequent interaction across