Hardware Systems Engineering Manager

Apple is where you do the best work of your life. Behind every Apple product is a remarkable collaboration of engineering disciplines, where innovation, precision, and attention to detail shape experiences enjoyed by millions of people worldwide.

Imagine shaping how the next generation of Apple products is designed, understood, and continuously improved. From silicon to complete systems, the ability to observe, measure, and understand hardware behavior is fundamental to building exceptional products.

Our team works at the intersection of product architecture, electrical engineering, and intelligent metrology, partnering with design teams to develop innovative electrical architectures, embedded observability, and scalable measurement solutions. We influence product designs early, enabling deeper system insights through hardware, firmware, and software integration. Where additional capabilities are needed, we architect specialized instrumentation and measurement platforms that extend our understanding of product behavior from early development through production.

We are looking for an engineering leader who combines deep technical expertise, strategic thinking, and a passion for developing exceptional teams. You will lead electrical engineers across a diverse portfolio of Apple products, advancing common architectures, AI-enabled engineering methodologies, and scalable solutions that influence how products are designed and delivered.

Description

This is a leadership role at the forefront of hardware systems engineering, where you will drive the development of innovative electrical architectures, embedded observability capabilities, and precision metrology systems across Apple's product portfolio.

You will manage and develop a talented team of electrical engineers responsible for advancing system-level design methodologies, developing custom electrical instrumentation, and delivering scalable engineering solutions that support product development, characterization, calibration, and manufacturing.

Beyond delivering engineering solutions, you will help shape the team's technical direction, identifying opportunities to influence product architecture, establish common platforms, and leverage AI-driven technologies to accelerate engineering development and improve decision-making.

The role requires close collaboration with silicon, hardware, firmware, software, and operations teams, along with the ability to communicate complex engineering strategies and influence technical decisions across organizational boundaries.

Occasional domestic and international travel may be required based on business needs.

Minimum Qualifications

BS in Electrical Engineering or a related field.

3+ years of engineering management experience with strong hands-on hardware systems expertise, or 7+ years of technical leadership experience with demonstrated readiness for people management.

Extensive experience in hardware systems development, including architecture, schematic design, PCB layout, bring-up, characterization, and deployment.

Strong electrical engineering fundamentals spanning analog, power electronics, mixed-signal, and high-speed digital design.

Demonstrated ability to lead complex engineering initiatives and collaborate across multiple technical disciplines.

Preferred Qualifications

Deep understanding of system architecture, electrical instrumentation, metrology, and product characterization methodologies.

Experience developing precision measurement systems, programmable power architectures, embedded telemetry, or hardware observability solutions.

Experience influencing hardware or silicon architecture through cross-functional engineering partnerships.

Familiarity with AI/ML-enabled engineering workflows, intelligent automation, and data-driven system analysis.

Firmware or software development experience using Python, C/C++, or similar languages.

Experience developing scalable engineering platforms and reusable hardware architectures across multiple products.

Proficiency with schematic capture, rigid/flexible PCB design, and system-level electrical integration.

Understanding of measurement uncertainty, statistical analysis, correlation, repeatability, reproducibility, and calibration methodologies.

Demonstrated ability to balance long-term technical strategy with hands-on engineering execution.

Excellent interpersonal, communication, and presentation skills, with the ability to influence engineering teams and senior leadership.