SOC Design Verification Engineer

Summary

Apple’s wireless chip powers connectivity across every new iPhone — and its successor is already taking shape. Would you like to join Apple’s growing wireless silicon development team? Our wireless SOC organization owns every aspect of wireless silicon development, with a particular emphasis on highly energy-efficient design and new technologies that transform the user experience at the product level. It is driven by a world-class, vertically integrated team spanning RF/Analog, Systems/PHY/MAC, VLSI/RTL design and integration, Emulation, Design Verification, Test and Validation, and FW/SW engineering. As a Wireless SOC Design Verification Engineer, you’ll be at the heart of the chip design effort — owning a meaningful verification scope and growing it project to project.

Minimum Qualifications

Minimum requirement of a bachelors degree. Hands-on experience across the verification cycle: test planning, testbench implementation, test creation and debug, and coverage closure. Strong SystemVerilog and Verilog skills, with solid working knowledge of UVM. Solid problem-solving and debugging skills with constrained-random verification. Understanding of digital logic design, SOC architecture, and microarchitecture.

Preferred Qualifications

Experience taking at least one ASIC/SOC from concept through tape-out. Verification experience with PCIe, bus fabric/NOC, or AHB/AXI-based architectures in a UVM environment. Experience verifying IP or top-level integration for a WiFi or Bluetooth SOC, or knowledge of wireless protocols. Experience with low-power verification, UPF, boot-up, power-cycling, and HW/FW interaction. Experience with SystemVerilog Assertions (SVA) and/or formal tools (e.g., JasperGold). Experience defining coverage space and writing coverage models. Experience with embedded CPU verification; programming in C/C++ or assembly. Scripting in Python or Perl; interest in applying AI/ML to verification workflows Great teammate with excellent communication skills and the desire to take on diverse challenges.

Description

You’ll be responsible for pre-silicon RTL verification at the block, subsystem, and top-level SOC, taking your scope from test planning through coverage closure and signoff. Working closely with architects, designers, and firmware engineers, you’ll build reusable testbenches and verification environments using modern, metric-driven methodology. Areas you may work on include the Power Management Unit, CPU subsystem, DMA, on-chip debug infrastructure, PCIe, bus fabric, boot and secure-boot sequencing, MAC-PHY Verification, Radio integration, and peripherals such as SPI — choosing simulation, formal, or whichever approach the design actually calls for. Low power is part of your scope wherever it shows up: you’ll verify power intent using UPF within your area. Over time, you can grow deeper into the IPs and subsystems you know best, or broader — across IPs and up from block level to full SOC integration. The team is also pushing hard on AI-assisted verification, and you’ll help figure out where it fits best: test generation, debug, coverage closure, or all the above.

Responsibilities

Partner with architects and designers early to build detailed verification plans from specifications — before RTL lands, not after. Develop reusable block/IP and subsystem-level UVM testbenches, and support IP integration into the SOC. Write directed and constrained-random tests; create and analyze coverage models and drive coverage closure. Debug failures, including corner cases, and manage bug tracking through resolution. Verify low-power design intent using UPF within your scope. Verify end-to-end WiFi and Bluetooth traffic flows from subsystem level up through top-level SOC integration. Apply formal verification where it fits — the team will help you ramp up. Build and improve automated regression flows and contribute to methodology in your area. Explore and apply AI-assisted verification techniques to improve team productivity. Participate in verification reviews and uphold high coding-quality standards. Support post-silicon bring-up as needed.