Renesas Electronics
Principal System Engineer
Renesas Electronics, Austin, Texas, United States,
Job Description
As a Principal System Engineer for our Performance Computing Power team, you will be a key player driving product and system definition, focused on cutting edge power solutions for server, infrastructure and AI processor/SOC applications.
Excellent communication skills and technical knowledge are required as you will engage cross-functionally with diverse teams including systems, IC design, marketing, validation and applications engineering.
Renesas is an industry leader in high-performance multiphase power.
Through collaboration with processor/SOC partners and cloud/infrastructure customers, you will support the development of the highest performance digital multiphase DC-DC power converter products in the industry.
This role requires multi-disciplinary experience, combining deep understanding of system-level challenges with knowledge of Renesas VR hardware, firmware and software implementation.
You will use your understanding of system-level considerations from both the CPU vendors and the cloud/infrastructure customers to steer VR architecture and product definition.
You will identify the critical avenues of long-term value creation to support building a durable long-term business.
Key responsibilities include:
Interface with Renesas systems engineers, partners and customers to understand big-scope perspective on challenges and value drivers.
Translate customer system requirements, including VR performance, configuration and control, into design requirements.
Build critical collateral including product requirements, use cases and system API definition.
Work with marketing and design to quantify tradeoffs between features and schedules.
Success in this position requires an ability to translate market understanding to product definition and ultimately proven through market adoption. An ability to understand nuance in customer demands and motivate team members accordingly is required. Excellent communication skills and technical understanding will allow for the influence across functional disciplines required to succeed.
As a Principal System Engineer for our Performance Computing Power team, you will be a key player driving product and system definition, focused on cutting edge power solutions for server, infrastructure and AI processor/SOC applications.
Excellent communication skills and technical knowledge are required as you will engage cross-functionally with diverse teams including systems, IC design, marketing, validation and applications engineering.
Renesas is an industry leader in high-performance multiphase power.
Through collaboration with processor/SOC partners and cloud/infrastructure customers, you will support the development of the highest performance digital multiphase DC-DC power converter products in the industry.
This role requires multi-disciplinary experience, combining deep understanding of system-level challenges with knowledge of Renesas VR hardware, firmware and software implementation.
You will use your understanding of system-level considerations from both the CPU vendors and the cloud/infrastructure customers to steer VR architecture and product definition.
You will identify the critical avenues of long-term value creation to support building a durable long-term business.
Key responsibilities include:
Interface with Renesas systems engineers, partners and customers to understand big-scope perspective on challenges and value drivers.
Translate customer system requirements, including VR performance, configuration and control, into design requirements.
Build critical collateral including product requirements, use cases and system API definition.
Work with marketing and design to quantify tradeoffs between features and schedules.
Success in this position requires an ability to translate market understanding to product definition and ultimately proven through market adoption. An ability to understand nuance in customer demands and motivate team members accordingly is required. Excellent communication skills and technical understanding will allow for the influence across functional disciplines required to succeed.