CPU Performance Engineer, Platform Architecture

Do you have an uncommon desire to seek out and solve exceedingly difficult challenges rather than the easy ones? Do you believe that truly valuable and meaningful accomplishments are the result of pushing the limits of perseverance? Do you believe that a world-class team with relentless drive can surpass even their own high expectations? We do! But we also realize this job isn't for everyone. What we do isn't easy but you don't take the easy path. We are seeking a highly motivated, innovative, and confident individuals to join the CPU Architecture and Performance Team; we are a group that is driving advanced exploration for next generation iPhone, iPad, and Mac CPU architectures!

As a CPU Performance Engineer with a focus on CPU micro-architecture, you will be part of a team that is pushing the boundaries of innovation in the area of branch prediction, code/data prefetchers, novel prediction schemes and CPU pipelines. With others you will seek out areas for improvement while collecting data and measurements that either confirm the idea or rule it out. You will collaborate with experienced CPU designers in micro-architecture and RTL to assess the feasibility of ideas through modeling, refine ideas and model correlation, and seed new ideas. The role requires the analysis of specific single-threaded and multi-threaded workloads across existing and new product categories to identify bottlenecks and opportunities for improvement. We collaborate as a larger CPU architecture and performance team to maintain and improve the simulation environment to enable data driven decisions and look for ways to boost the productivity of the entire team.

BS degree\nExperience with CPU architecture and micro-architecture\nExperience in performance and/or power simulation environments\nCoding experience including object-oriented programming with C and C++\nExperience in scripting languages such as Perl or Python

3+ years of relevant industry experience\nMS or PhD in Electrical or Computer Engineering or Computer Science\nUnderstanding of common data structures and algorithms\nKnowledge in software design patterns\nFamiliarity with SIMD and vector architectures\nKnowledge of OS internals and compiler technologies\nComfortable in an environment of uncertainty and able to walk through ambiguities\nCommunication, influence and negotiation skills