AMDSMTS Software System Design Eng.
任职要求
As a Server Customer Platform Application Engineer, you must have experience both as a domain expert in at least one or more areas include system design, schematic, layout, SI/PI, EV, validation, and also a technical lead and/or a project manager and a strong understanding of the general system design process (preferably Server), from concept to gerber-out and through production. KEY RESPONSIBILITIES: Work with MDC/OEM/ODM partners to enable successful deployment of AMD server platforms by augmenting customer solutions with technical collateral including whitepaper, application note, user guide …
工作职责
THE ROLE: As a Server Customer Platform Application Engineer, you are responsible for customer server system development program technical support from concept to end of life. This includes concept design, schematic and layout review, signal integrity and power in-tegrity, electrical validation, system integration, manufacture, etc. You will provide technical support across platform design, platform debug and system validation to meet program goals of quality platform delivery on schedule at target performance.
THE ROLE: Work closely with MDC/OEM/ODM partners to enable successful deployment of AMD server platforms by augmenting customer solutions with technical collateral, such as application note documentation, user guide on customization and tuning, sample and reference design materials, and debugging/profiling tools Perform bringing up support, as well as debugging on internal and external reference and production designs, and provide solutions to customers Engage directly on key technical topics, issues, architecture discussions, and performance optimizations with customers and internal teams and steer of multi-party discussion to convergence Analytic ability to address technical issues and generate creative solutions On-site support to speed up issue closure to meet overall project schedule
SMTS SILICON DESIGN ENGINEER THE ROLE: The focus of this role is to plan, build, and execute the verification of new and existing features for AMD’s graphics processor IP, resulting in no bugs in the final design.