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In this role you will be responsible to model, analysis and estimate power consumption of daily use cases on our next generation SoCs. Drive new ideas into micro-architecture, design and circuits to reduce SoC power across the dynamic range. Drive budgeting, measurement and analysis of overall SoC power for many use cases of interest. You Will work extensively with many teams across every stage of the project from Architectural definition through Design implementation and SW management to focus on power optimization.
To be successful in this role, you must have keen interest and motivativation to deliver best experience to our users, and wide perspective in order to work simultaneously on multiple disciplines. This role is required working closely with many cross-functional teams and good understanding of hardware and software interaction at system level.

In this highly visible role, you will be responsible for SOC power simulation and power modeling, SOC use case power analysis, and drive the future SOC power optimization.

Do you love crafting elegant solutions to highly complex challenges? Can you intrinsically see the importance of every detail? our Platform Architecture group is responsible for connecting our hardware and software into one unified system. Join this team, and youll collaborate with engineers across us to build and deploy software systems that contribute to the development of our world-renowned hardware and software architecture.

You and your team will deliver tools and frameworks used by OS developers and hardware architects. Together, our work will be the reason millions of customers enjoy their devices every single day.

We are seeking a software engineer to build high-performance software models of advanced SoC designs and to help bridge the gap between Software and Hardware, influencing performance improvements, power efficiency, security, and the programming ease of our products.

Responsibilities
In this role, you will:
Develop software systems and tools used to bring up the future OS on future SoCs.
Support kernel and driver development on future processor & SoC models.
Work closely with software and hardware teams across product and research groups.
Promote new opportunities and techniques with other groups.

Do you love taking on big challenges that require exceptionally creative solutions? Do you deeply understand how an incredible camera experience should work? As part of our Camera Technologies group, youll help design the innovative technology that allows each generation of our products to produce photos even more incredible than the last. Youll design and develop groundbreaking ideas for everything involved in our camera systems, from sensor to lens. Youll collaborate with teams across us to research, design, develop, test, and qualify camera hardware for our products.

The Camera Hardware Engineering group is responsible for all research, design, development, testing, and qualification of camera hardware for our products. We are searching for extraordinary Hardware Engineers to take ownership in the development and system integration of very high-performance, compact camera modules and depth-sensing hardware such as user facing cameras, through machine vision cameras and the revolutionary True Depth and LiDAR.

The primary responsibility for this role is design and delivery of cutting edge camera and depth sensing modules, from concept through production ramp. Heavy interaction with multidisciplinary design teams (electrical, mechanical, process, test, firmware, software and operations) requires the ability to understand a wide breadth of engineering and technical principles.

Responsibilities include:
Multi-functional leadership of optical, electrical and mechanical design teams to develop and integrate depth/camera hardware into products
Concept definition, design, and detailed trade studies for laser projectors, camera optics, sensors, and module packaging
Documentation of module-specific design, test, and manufacturing requirements
Leadership of international manufacturing partners for module design evaluation, prototype builds, and qualification
Leadership of failure analysis and corrective action implementation at manufacturing sites as well as remotely, including assembly processes, testing, and calibration; parametric-data analysis of end-of-line yield and post-reliability failures.
Frequent reporting to executive and multi-functional teams on the development status of module development
- International travel may be required to supplier facilities for product development and production bring-up.

We are looking for an experienced full stack engineer to build internal systems and macOS native applications that leverage generative AI for productivity.


You will join a growing team of multidisciplinary ML and software engineers working on cutting-edge GenAI applications. In this position, you will collaborate with innovative teams across us, designing and developing both backend systems and native UI experiences that bring AI capabilities to users.

Are you a big-picture thinker who loves challenges? Do you have a passion for new technologies and creating code to the highest standards? Your work within this team will continue to uphold and advance the excellence people expect from us.

Do you have a passion for crafting entirely new solutions?
Be a part of a world-class silicon design team that delivered an incredible high-performance chip for our flagship products.
As part of our Digital Custom Group (DCG), youll take imaginative and revolutionary ideas and determine how to turn them into reality! You and your team will apply engineering fundamentals and start from scratch if needed, bringing forward-thinking ideas to the real world. Join us, and youll help design the foundation that allows us to bring customers experiences theyve never before envisioned!
This is a highly visible role at the heart of a silicon design effort, making a critical impact by delivering products to market quickly. Your designs will strongly influence CPU / GPU / SoC / Neural Engine / Camera designs in our Custom Silicon group.

Imagine yourself at the center of our hardware development effort. Where you will collaborate with all fields, playing a strategic role in getting functional products to millions of customers quickly. You will have the opportunity to integrate and come up with new insights, work with a team of hardworking engineers, and implement groundbreaking techniques of Machine Learning, Circuit design in our marquee products.

Responsibilities
As an SRAM Circuit Designer for the Digital Custom Group, you will perform the following:
Design and implement custom digital circuits for SRAM design.
Work with an extraordinary logic/architecture team to formulate design specifications.
Define architecture/topologies optimizing for power, timing, area, and yield.
Schematic capture, simulations/analysis, and margin verifications.
Functional equivalency and DFT modeling.
Work with the layout team to create optimal GDS.
Verify extracted GDS meets design specifications.
Backend verification, IR/EM.
Write RTL, validate use-cases, and verify against design schematics.
Support post-silicon effort to enable productization.