Experienced GPU Electrical Analysis Engineer
May 28, 2026 Cambridge, United Kingdom
About us
Working at Apple means doing more than you ever thought possible and having more impact than you ever imagined.
- Size: 10,000+ employees
- Industry: Technology: Manufacturing
Why you should apply for a job to Apple:
Ranked as one of the Best Technology Companies in 2020
3.7/5 in overall job satisfaction
3.1/5 in supportive management
66% say women are treated fairly and equally to men
65% would recommend this company to other women
66% say the CEO supports gender diversity
Ratings are based on anonymous reviews by Fairygodboss members. See all reviews ›
Do you love creating elegant solutions to highly complex challenges? Do you intrinsically see the importance in every detail? As part of our Silicon Technologies group, you'll help design and manufacture our next-generation, high-performance, power-efficient GPU. You'll ensure Apple products and services can seamlessly and efficiently handle the tasks that make them beloved by millions. Joining this group means you'll be responsible for crafting and building the technology that fuels Apple's devices. Together, you and your team will enable our customers to do all the things they love with their devices. This exciting role requires a mix of strategic engineering along with hands-on, technical work. You'll be responsible for realizing the complete electrical analysis closure from early design planning to tapeout. You will have hands on experience in physical design and large chip integration.
Join us!
Description
As a GPU Electrical Analysis engineer, you will work closely with the Physical Design team to design power grid specification that achieves the best balance between power integrity targets and PNR performance, power and Area (PPA). You will be involved with the definition of on-die power switch topology, wake-up schemes, and in-rush control. Collaboration with internal teams to drive bump map, custom RDL routing, and package design/optimization will be required. You will develop test structures, procedures/automation, and analysis methodologies for electrical analysis challenges. You will perform Power Integrity, EM, and ESD analysis, drive feedback, and recommend design solutions. Finally, you will communicate and drive the needs of PD and Electrical Analysis with cross-functional teams that will enable achieving the goals of the back-end design for the project.
Preferred Qualifications
Experience with on-die high frequency power delivery, and exposure to off-die concepts and models.
Experience with bump planning and redistribution layer routing strategies, including methods for working with IO bumps and edge encroachment scenarios.
Familiar with ASIC integration including Floorplanning, Clock and Power distribution, global signal planning, I/O planning and hard IP integration.
Background with large SoC designs (>20M gates) with frequencies in excess of 1GHz using innovative technologies.
Track record in solving complex PD and cross functional problems, driving results directly and or directing a team of engineers to innovate and execute on world class GPU designs.
Circuit design and simulation background a plus, but not required.
Experience with global timing verification, SPICE simulation/analysis, and Physical Design Verification Flows.
Minimum Qualifications
Experience planning, implementing, and analyzing power delivery networks.
Experience designing and analyzing power delivery schemes with power switches.
Experience with Signal/Power Integrity checks including Electromigration, Static IR and Dynamic Voltage drop checks.
Experience with global power integrity tool (e.g. Redhawk, Voltus).
Minimum of BS/MS in EE + years of relevant experience.
Join us!
Description
As a GPU Electrical Analysis engineer, you will work closely with the Physical Design team to design power grid specification that achieves the best balance between power integrity targets and PNR performance, power and Area (PPA). You will be involved with the definition of on-die power switch topology, wake-up schemes, and in-rush control. Collaboration with internal teams to drive bump map, custom RDL routing, and package design/optimization will be required. You will develop test structures, procedures/automation, and analysis methodologies for electrical analysis challenges. You will perform Power Integrity, EM, and ESD analysis, drive feedback, and recommend design solutions. Finally, you will communicate and drive the needs of PD and Electrical Analysis with cross-functional teams that will enable achieving the goals of the back-end design for the project.
Preferred Qualifications
Experience with on-die high frequency power delivery, and exposure to off-die concepts and models.
Experience with bump planning and redistribution layer routing strategies, including methods for working with IO bumps and edge encroachment scenarios.
Familiar with ASIC integration including Floorplanning, Clock and Power distribution, global signal planning, I/O planning and hard IP integration.
Background with large SoC designs (>20M gates) with frequencies in excess of 1GHz using innovative technologies.
Track record in solving complex PD and cross functional problems, driving results directly and or directing a team of engineers to innovate and execute on world class GPU designs.
Circuit design and simulation background a plus, but not required.
Experience with global timing verification, SPICE simulation/analysis, and Physical Design Verification Flows.
Minimum Qualifications
Experience planning, implementing, and analyzing power delivery networks.
Experience designing and analyzing power delivery schemes with power switches.
Experience with Signal/Power Integrity checks including Electromigration, Static IR and Dynamic Voltage drop checks.
Experience with global power integrity tool (e.g. Redhawk, Voltus).
Minimum of BS/MS in EE + years of relevant experience.
Additional Information
- Posted: May 28, 2026