Sr. Manager Product Development Engineer

Advanced Micro Devices, Inc•Austin, TX

About The Position

AMD is hiring a Sr. Manager Product Development Engineer to develop and test electrical and electronic components or systems for semiconductor products. The role manages product activities from definition and planning through production, release, end of life, and subsequent product modifications, upgrades, and maintenance. It contributes across the product development life cycle, including requirements gathering, scoping, design, implementation, testing, bug fixing, and documentation. The position focuses on AMD Instinct data center GPU products. It involves designing automation environments for stress software, identifying and resolving hardware, software, and platform issues, and profiling and analyzing performance. The engineer designs, implements, and tests GPU-support features; benchmarks, characterizes, and optimizes GPU application code; and collaborates with teams to implement features and debug issues. The role also includes designing, prototyping, and evaluating performance tools, and serving as a central resource for design, process, manufacturing, test, quality, and marketing as products move into production and distribution. The position manages a Failure Analysis team of engineers and drives day-to-day execution, prioritization, and deliverables. It leads end-to-end board failure analysis and works with Customer Quality, Product Line Quality, firmware, and platform teams to plan design of experiments, resolve customer-impacting issues in a timely manner, and implement corrective actions. The role addresses problems of moderate scope, drives projects or processes of significant technical importance, and exercises independent judgment with little to no supervision.

Requirements

Master’s degree or foreign equivalent in Electrical Engineering, Computer Engineering, Computer Science, or a related field, and five years of experience in the job offered or a closely related engineering role.
Alternatively, a bachelor’s degree or foreign equivalent in Electrical Engineering, Computer Engineering, Computer Science, or a related field and seven years of progressive post-baccalaureate experience in the job offered or a closely related engineering role.
Four years of experience in post-silicon quality and reliability validation of processors.
Four years of experience with Assembly, Python, C, or C++.
Four years of experience with industry-standard compilers and utilities for debugging.
Four years of experience in digital logic design.
Four years of experience in analog circuitry.
Four years of experience in power delivery.

Responsibilities

Develop and/or test electrical and electronic components or systems for semiconductor products.
Design, develop, and/or manage activities for products from definition and planning through production, release, and end of life.
Design functional automation environments for stress software intended for volume deployment.
Identify and help resolve hardware, software, and platform issues.
Profile and analyze systems to identify and resolve performance issues.
Coordinate with design, process, manufacturing, test, quality, and marketing as products move to production and distribution.
Design, implement, and test features to enhance GPU support.
Benchmark, characterize, and optimize code to maximize GPU application performance.
Collaborate with teams to implement features and debug issues.
Contribute to requirements gathering, scoping, design, implementation, testing, bug fixing, and documentation throughout the product development life cycle.
Design, prototype, and evaluate performance tools.
Drive projects or processes of significant technical importance.
Manage a Failure Analysis team, including day-to-day execution, prioritization, and deliverables.
Lead end-to-end board failure analysis for AMD Instinct data center GPU products.
Work with Customer Quality, Product Line Quality, firmware, and platform teams to plan design of experiments, resolve customer-impacting issues, and implement corrective actions.
Apply engineering principles, best practices, and technologies to the design, development, and testing of AMD products.