Senior Direct Current (DC) Power Engineer

From applied research to advanced engineering, the Engineering Technologist team has the expertise to shape ground-breaking products, material, and processes.

It’s a fascinating field of work.

We’re involved in assessing the competition, developing technology and product strategies, and generating intellectual property.

We lead technology investigations, analyze industry capabilities, and recommend potential acquisitions or vendor partner opportunities.

Our insights influence product architecture and definitions.

And we work with colleagues across the business to ensure our products always lead the way.

We are seeking a Principal Power Integrity (PI) Engineer to serve as the technical authority for power delivery across advanced high-performance systems.

This role is responsible for defining and driving system-level PI strategy, ensuring robust and efficient power delivery from VRMs to on-die loads.

As a senior individual contributor, you will lead the most complex PI challenges, influence architecture decisions, and establish design methodologies across multiple programs and engineering teams.

Join us to do the best work of your career and make a profound social impact as a Senior Principal Engineer on our Engineering Technologist team in Austin, Texas.

What you’ll achieve:

As a Senior Principal Engineering Technologist in Power Integrity, you’ll lead advanced investigations and prototypes, aligning outcomes to product architecture and strategy.

You’ll partner with leaders to resolve technical risks and keep paths to productization clear.

You will contribute to dashboards and insights that improve predictability and performance.

You will:

Act as the technical lead and subject-matter expert for Power Integrity (PI) across multiple platforms and products

Define and own end-to-end power delivery network (PDN) architecture, from voltage regulator modules (VRMs) through PCB, package, and die

Establish target impedance profiles, noise budgets, and transient performance requirements

Lead system-level PI design and analysis, including:

DC IR drop analysis

AC impedance and resonance characterization

Transient response and load step behavior

Drive pre-layout and post-layout PI simulations and sign-off criteria