ASIC Engineer, Design Verification

Meta is seeking an experienced ASIC Design Verification Engineer to join their Infrastructure organization. This role represents a unique opportunity to work with cutting-edge technology in data center applications, focusing on IP and System On Chip (SoC) development.

The position requires a seasoned professional with extensive experience in Design Verification, particularly in developing and implementing verification strategies for complex ASIC systems. As a Design Verification Engineer, you'll be working alongside industry experts in a dynamic environment, where innovation and technical excellence are paramount.

Your responsibilities will span the entire verification process, from test-planning to UVM-based testbench development and verification closure. The role involves working with both traditional simulation methods and advanced approaches like Formal and Emulation to ensure bug-free design implementation. You'll have the opportunity to collaborate with various teams, including full-stack software, hardware, ASIC Design, Emulation, and Post-Silicon teams, all working together toward achieving first-pass silicon success.

The ideal candidate will bring 15+ years of hands-on experience in SystemVerilog/UVM methodology and IP/sub-system verification. Your expertise should cover data-center applications, including Video, AI/ML, and Networking designs. Knowledge of specific areas such as Caches, Coherency, ROCE, and MMU is crucial.

Meta offers a competitive compensation package, including a base salary range of $212,000 to $291,000 per year, plus bonus and equity opportunities. The company provides a comprehensive benefits package and the chance to work on technologies that impact billions of users worldwide.

This role offers the unique opportunity to be part of Meta's mission to build the next evolution in social technology, moving beyond traditional 2D screens toward immersive experiences in augmented and virtual reality. You'll be contributing to groundbreaking innovations that will shape the future of digital connection and communication.