Building the next generation of Gaming and Home Computing.
We are looking for an Engineer who is passionate about unleashing the Future of CPU Performance, debugging and solving technical issues and delivering the best products in the world. Using advanced testing codes and methodologies - our PDEs determine how Intel's next generation CPUs will look like.
We are working on CPU Classification. In this role you will combine deep understanding of Design, HW and SW to enable CPU Performance feature Classification; You will be using state of the art tools to identify and debug product failures and will be involved in all phases of the Product Development Cycle - from tech readiness to product release in pre and post silicon environments.
Determine the CPU specifications - Max Frequency, Thermal envelope and features robustness, using scripting skills and industry standard tools (JMP, GIT, Python, C, or C++, SQL). Develop and innovate new features/improvements under your domain (Digital/Analog) to lead to best-in-class performance and efficiency. Utilize advance data analysis techniques through AI/ML/Big-Data to identify risks to meet product milestones. Provide timely feedback to key project stakeholders and work closely with global teams - such as System, Design and Business Units.
BSc in Electronics, Electrical or Computer Engineering.
Strong analytical and problem-solving skills, Excellent interpersonal communication, and teamwork.
Hands-on lab/debug experience with measurement and debug tools such as high-end technology equipment.
The following will be considered an advantage:
+3 years' experience in VLSI, Post Si, IC testing.
Ability to program in any programming languages such as C++, and PYTHON.
Knowledge of CPU electrical interconnects, and general knowledge of operating systems.
Work Model for this Role
This role will be eligible for our hybrid work model which allows employees to split their time between working on-site at their assigned Intel site and off-site. * Job posting details (such as work model, location or time type) are subject to change.