Verification Platform Engineer, Platform Architecture

This role bridges Apple’s next-generation platform technology with DV methodology and tooling.

We are seeking an engineer with background in Design Verification who is interested in cutting-edge verification techniques and comfortable rapidly prototyping solutions. In this role, you will enable transformational improvements to simulation throughput for DV workflows through testbench design, infrastructure improvements, and platform R&D.

• Bachelor’s degree in Computer Engineering, Electrical Engineering, or a related field (or equivalent practical experience).
• Experience with SystemVerilog and EDA tooling.
• Experience with software development (e.g., using C++) and scripting (e.g., Perl or Python)., * Master’s degree in Computer Engineering, Electrical Engineering, or another hardware-related field.
• 10+ years of relevant experience.
• Deep hands-on experience in Design Verification methodologies (UVM, DPI-C, testbench architecture).
• Experience applying LEC, linting / static analysis tools, waveform debugging, and simulation / emulation flows.
• Strong understanding of SystemVerilog simulation semantics (events, time, glitches); intuitive grasp for hardware representation (clocks, resets, latches).
• Strong communication skills, with a proven history of cross-functional collaboration across silicon engineering, design verification, and EDA development teams and organizational boundaries.
• Experience with software optimization, high-performance computing (HPC), co-simulation architectures, or hardware acceleration / emulation.
• Development of agentic pipelines, graphs, skills, or similar work enabling AI productivity for other engineers.

Apple’s Platform Architecture group develops the next generation of Apple hardware and the tools to make it possible. Our team builds high-performance verification systems that accelerate the development of Apple silicon. We aim to push the boundaries of pre-silicon validation with simulation solutions that apply and extend principles from hardware emulation.