Electrical Engineer, Power

As a Hardware Electrical Engineer at Meta, you will design, develop, and integrate innovative electrical systems for a wide range of applications, from next-generation consumer hardware to large-scale infrastructure. You will collaborate with cross-functional teams—including mechanical, optical, firmware, software, and manufacturing experts—to deliver impactful solutions. Your work may span the full product or system lifecycle, from early prototyping and feasibility studies to large-scale deployment and operational excellence.
You will be part of a dynamic environment that values technical rigor, rapid iteration, and creative problem-solving. If you are passionate about building the future of connected devices and thrive in a collaborative, fast-paced setting, we encourage you to apply.

Responsibilities

Lead the electrical development of highly complex systems or multiple subsystems, driving technical direction and architecture
Define and drive electrical architecture, system integration, and technical strategy for major projects
Lead cross-functional design reviews, resolve technical conflicts, and ensure alignment across engineering disciplines
Drive innovation by identifying and implementing new technologies, processes, or methodologies to improve system/product performance, reliability, and features
Oversee hardware bring-up, debugging, and support for manufacturing, assembly, deployment, or operational readiness at scale
Evaluate and influence vendor and partner solutions, ensuring alignment with Meta’s requirements and long-term strategy
Mentor and coach engineers at all levels, fostering a culture of technical rigor and knowledge sharing
Operate autonomously, set directions for teams, and manage priorities across multiple projects or workstreams
Collaborate globally across distributed teams, influencing cross-organization initiatives and technical strategy
Champion operational excellence, compliance, and specialized requirements; drive continuous improvement and best practices

Qualifications

Bachelor’s or Master’s degree in Electrical Engineering, Computer Engineering, or a related field, or equivalent industry experience
8+ years of full-time professional experience in electrical design, including system-level architecture and integration
Demonstrated technical leadership in at least one electrical engineering domain (e.g., power, display, sensors, infrastructure, high-speed interfaces, analog/mixed-signal)
Documented experience delivering products or systems from concept through prototyping, validation, and mass production or large-scale deployment
Experience leading cross-functional engineering teams and mentoring engineers
Proficiency with industry-standard design, simulation, and analysis tools (e.g., Cadence, Altium, SPICE, MATLAB, or similar)
Experience communicating technical decisions in writing and verbally to technical and non-technical stakeholders (e.g., design reviews, technical proposals, cross-functional alignment) Experience with defining specifications and validation of power connectors, cable assemblies, and fuses
Experience with power integrity evaluation
Experience with the power delivery architecture of one major CPU supplier
Experience with design and troubleshooting of power management interfaces (e.g., PMBus, AVS, SVID, and SVI2)
M.S. or Ph.D. in Electrical Engineering with an emphasis in Power Electronics
Experience in power delivery validation and design of DC-DC voltage regulators (e.g. control schemes, power stage MOSFETs, magnetics, and decoupling), hot-swap circuitry (e.g. controller ICs, MOSFET load switches, current sense amplifiers)
Knowledge of using Linux for testing and automation/script development
Experience with new product introduction (NPI) hardware design and deployment cycle
Experience with end-to-end power delivery network design, simulation (e.g., SIMPLIS, Sigrity PowerDC/SI, ANSYS SIwave or equivalent), and board-level correlation
Experience with the development of test automation for power validation
Experience with low voltage and high current, as well as high voltage and high current power subsystems of CPU, GPU, SoC, ASIC, and/or FPGA, and related schematic and PCB design
Demonstrated ongoing AI skill development (e.g., prompt/context engineering, agent orchestration) and staying current with emerging AI technologies
Demonstrated ability to integrate AI tools to optimize/redesign workflows and drive measurable impact (e.g., efficiency gains, quality improvements)