Job
Description
General Summary: Join Qualcomm's world-class Hardware Engineering team, where we push the limits of technology to enable cutting-edge experiences for a smarter, more connected future. We are seeking a Hardware Verification Engineer with experience in SystemVerilog modeling and mixed-signal verification to support design validation for advanced WAN and GPS radio modules used in 5G chipsets. This role involves developing real-number models , functional verification environments , and working with AMS simulation flows to ensure performance and functionality of complex SoC designs involving RF, analog, and digital components. Key Responsibilities: Develop SystemVerilog real-number models (RNM) for analog and RF blocks used in WAN and GPS subsystems. Create and execute functional verification plans for mixed-signal SoC modules. Build UVM/SystemVerilog-based testbenches , write self-checking test cases, and perform regression testing , debugging , functional coverage analysis , and bug tracking . Perform AMS simulations using SPICE-level tools (e.g., Spectre) and digital simulators in co-simulation environments. Work with Cadence toolsets including Virtuoso, SimVision, and NC-Sim for modeling, debugging, and simulation. Collaborate with cross-functional teams including RFIC/Analog Design , Digital Verification , and DFT Engineers to ensure robust SoC verification. Support post-silicon bring-up and validation for taped-out chips. Automate simulation and verification flows using Perl, Python, and Shell scripting . Minimum Qualifications: Bachelor's degree in Electrical Engineering , Computer Engineering , or a related field and 2+ years of ASIC design or verification experience OR Master's degree in a related field and 1+ year of relevant experience OR PhD in a related discipline. Preferred Skills & Experience: Proficiency with SystemVerilog , UVM , and real-number modeling techniques for analog-mixed signal systems. Strong understanding of electrical circuit analysis and analog signal processing. Familiarity with PLL , ADCs , DACs , and serial programming interfaces (e.g., I2C, SPI). Experience working in AMS environments , including SPICE , Spectre , or similar simulators. Knowledge of Verilog-AMS , behavioral analog modeling , and event-driven simulation strategies. Expertise with scripting in Perl , Python , or Shell for automation and toolchain integration. Strong analytical and debugging skills for large-scale SoC environments. Soft Skills: Strong interpersonal and verbal/written communication skills. Proactive problem-solver with the ability to work independently or as part of a collaborative, cross-functional team. Comfortable working in fast-paced development environments with a focus on quality and delivery.
