THE ROLE:
KEY RESPONSIBILITIES:
- Technically lead a cross functional engineering teams responsible for system and hardware development of AI acceleration-based systems from the product definition to products. This included physical design of multilevel boards including DFM (Design for Manufacturing), power regulation, board bring-up qualification and debug, thermal, signal integrity, EMI (Electro-Magnetic Interference).
- Cross functional technical leadership and communication within the hardware engineering, architecture, customer and program management teams.
- Actively drive technical definition/architecture and program execution/ issue resolution in a dynamic development environment with programs that can be in various development phases ranging from concept, feasibility, execution, production, or sustaining.
- Work with SOC silicon architects and the business unit to define and develop product requirements, specifications, and cost targets.
- Drive innovation in system architecture, system management, circuit implementations, security down to the level of component selections.
- Define and manage experiments and assist hardware bring-up, troubleshooting, design verification, optimizations, and fine-tuning for an optimum balance of cost and performance at board and system level.
- Provide implementation guidelines and feedback to silicon, package, and system design groups.
- Create and publish design technical documentation for internal and external stakeholders.
PREFERRED EXPERIENCE:
- 8+ years of board hardware and system design experience.
- Proven ability to drive product development from concept to mass production.
- Ability to write product specifications.
- BOM management skills.
- Solid experience of high-speed mixed-signal design techniques.
- Strong experience in Cadence tools, like Concept Capture, Allegro PCB.
- Solid experience in LDOs and Multiphase DC-DC switching power supply Power Integrity high power ASIC products. Experience with fundamentals of power conversion and power delivery for high performance processors or GPUs is a plus.
- Experience in hardware lab tools, digital oscilloscopes and other common lab equipment.
- Experience with firmware, APIs, applications, OSes and their interactions within Windows, Linux, Data Accelarators, compute, and virtualization environments.
- Understand industrial standards: high speed/digital interfaces (DP, PCI Express), memory interface, I2C/SMBus/PMBus.
- Must be self-driven, collaborative, and a strong team player with technical leadership skills to support optimal performance.
- Excellent teamwork, communication and organization skills.
- Experience with high-speed serial interfaces, PCI Express, DisplayPort is a plus.
- Experience with the design and development of RTL for FPGA based sub-systems and test and verification cases for FPGA configuration design.
- Familiarity with PC (single user machines) and server systems (HW/SW)architecture and interfaces is important.
ACADEMIC CREDENTIALS:
- Bachelors or Masters degree in electrical or computer engineering
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