WHAT YOU DO AT AMD CHANGES EVERYTHING We care deeply about transforming lives with AMD technology to enrich our industry, our communities, and the world. Our mission is to build great products that accelerate next generation computing experiences the building blocks for the data center, artificial intelligence, PCs, gaming and embedded. Underpinning our mission is the AMD

Lead engineering team to provide System Level Test equipment engineering expertise in supporting overall equipment performance for the lab Lead engineering team to provide in depth technical assistance and resolution when problems are encountered before, during, and after, new product/equipment Bring up. Collaborate with developers to identify, define, and solve hardware

Develop expert system and machine learning analytics automation to solve business problems Deploy machine learning models to a production environment Monitor and maintain machine learning models in production environments Work with engineering analysts and data scientists to understand business requirements and translate them into AI solutions Stay up to date with the lat

Define advanced substrate technology roadmap across pitch scaling, power delivery, signal integrity and cost vectors Partner with AMD architects, designers, and product owners to define high yielding, cost effective substrate solutions which meet product requirements Select development partners to bring into AMD supply chain to enable industry leading substrate technology

Development and maintenance of custom layout and schematic capture tools including schematic symbol libraries, layout pcell libraries, layer maps, layout productivity tools and regression flows PDK support including PDK release process Troubleshoot and resolve pcell, schematic netlisting, and layout productivity tool bugs Develop regression flows to maintain high quality

Follow the latest developments in AI/ML models and techniques through publications, blog posts, conferences, etc. Work with team members to prototype and analyze them the most critical/relevant developments on AMD platforms Participate in developing innovative new techniques that leverage the strength of AMD platforms for improved performance and higher quality and share

Develop and design microarchitecture for core clocking, reset, and power management IPs for next generation processors. Collaborate with architecture, design verification, and physical design teams to ensure the successful integration of IPs into the an overall processor design using cutting edge fabrication technology. Create detailed specifications and documentation for

Lead Engineer responsible for architecting, documenting, designing, developing, testing, debugging, verifying and/or validating firmware. Lead day to day firmware requirements gathering, architecture and development, cross functional collaboration and delivery of integrated firmware solutions. Support all platforms and programs with fimware responsible for multi tasking a

Contribute to the long term roadmap of the Cores Advanced Development team. Data gathering, analysis, and mining. Simulation setup, execution, and driving to conclusive results for making engineering evaluations and critical decisions. Can span the range from circuit simulation to high level system simulations. Prototype new designs and design methodologies. PREFERRED EXP

Designing, implementing, and testing FPGA STA capabilities, suitable for placement, optimization, routing and signoff timing Conducting research and development of novel STA algorithms and optimization of existing STA algorithms to deliver multi fold improvements in quality of results (QOR), runtime, and memory, while maintaining timing accuracy Evaluating and providing S

Responsibilities include managing all aspects of new product introduction both internally with all factory stakeholders and externally by interfacing directly with customers and sales teams worldwide. Develop a strategic vision for the FPGA tools and IP product direction and drive the same with internal stakeholders. It is also critically important that the candidate can

Collaborate with architects, hardware engineers, and firmware engineers to understand the new features to be verified. Build test plan documentation, accounting for interactions with other features, the hardware, the firmware, and the software driver use cases. Estimate the time required to write the new feature tests and any required changes to the test environment. Buil

Relationship Owner Drive the annual executive engagement calendar between organizations across all functions of HPE business. Define and implement Sell In, Sell Through, and Sales Out strategies and quality account plans that grow revenue base and market share for all AMD products. Engage HPE and AMD teams to drive collaboration across all lines of business. Own the key s

Understand and interpret product failure and parametric data from accelerated stress testing. Perform reliability modeling estimations across varying usage and operating life conditions; model product lifetime conditions. Develop deep working knowledge of AMD's database structures for storing product manufacturing and test data. Develop models for product stress condition

Develop & optimize software systems for deploying AI solutions on Ryzen AI PCs Optimize Ryzen AI system level performance for multiple concurrent current AI workloads (Vision, Generative AI, Speech) and AMD devices (CPU, GPU, NPU) Optimize AI applications for Ryzen AI acceleration Work with cross functional teams to optimize various parts of the SW stack AI Compiler, AI f