The Role and Impact: 
Join Intel as a CPU Performance Architect in Austin, TX and play a pivotal role in advancing cutting-edge semiconductor technology. You will be at the forefront of designing and developing CPU logic, ensuring power, performance, and area optimization to meet Intel's world-class standards. As part of our innovative engineering team, your contributions will directly impact the success of Intel's CPU designs and their integration into system-on-chip (SoC) solutions. This is an exciting opportunity to shape the architecture and microarchitecture of CPUs, influencing the development of industry-leading processors that power the future of computing. 

Key Responsibilities:

• Develops and drives end-to-end CPU architecture specifications for highly optimized, modular, and scalable CPU based on hardware features, requirements, and interoperability of hardware and software throughout the product life cycle.

• Understands the CPU requirements and defines targets (performance, power, frequency, and area) and content (features) that meet the requirements.

• Evaluates feasibility trade-offs, explores, and defines new approaches and novel architectures for CPU.

• Invents, conceptualizes, and specifies architectural and microarchitecture features to deliver optimized CPU requirements for multiple segments from high performance computing to extreme low-power products.

• Models CPU performance and power, analyzes the bottlenecks of current CPUs on workloads that reflect CPU future usage.

• Develops tests, test plans, and testing infrastructure for new architectures/features for CPU, performs functional modeling simulations, and conducts analysis of test results using advanced statistics and data predictions for benchmarking performance and determining areas for improvement.

• Provides experimental/proof-of-concept changes for proposing design alternatives meeting performance, power, area, and timing constraints.

• Collaborates with architects, design, verification, and validation engineers during the execution of the project.

• Delivers definition of new microarchitecture and finds mitigations for issues that arise during feature implementation to improve the overall design of CPU and overcome bottlenecks and constraints.