Description :

Job Title : Design Verification Engineer HBM / Memory Controller

Location : Bengaluru / Hyderabad

Experience : 6+ Years

Role Overview :

We are looking for an experienced Design Verification Engineer with strong expertise in HBM Protocol, Memory Controller Functional Validation, and Performance Verification.

The engineer will contribute to test development, debug, coverage closure, and regression management for next-generation HBM (High Bandwidth Memory) subsystems.

Key Responsibilities :

Functional & Performance Validation Memory Controller (HBM) :

- End-to-end functional and performance validation of HBM-based memory controller IP/Sub-system.

- Development of test content for both functional and performance scenarios.

- Execution of test plans, test runs, waveform debug, and issue isolation.

- Handling regression setup, tracking failures, triaging issues, and driving closure.

- Coverage planning, coding, reporting, and analysis (Functional & Code Coverage).

- Root-cause analysis and collaboration with RTL, architecture, and firmware teams for bug resolution.

Required Technical Skills :

HBM / Memory Expertise :

- Strong hands-on experience with HBM (HBM2 / HBM2E / HBM3) protocols.

- Understanding of memory controller architecture, DFI, PHY interactions.

- Experience verifying high-speed memory interfaces.

Design Verification Mandatory :

- Solid experience in SystemVerilog for DV.

- Expertise in UVM Verification methodology.

- Testbench architecture, stimulus generation, scoreboard, functional coverage.

- Experience with Assertion-Based Verification (SVA).

Debug & Analysis :

- Strong debugging using waveforms (e.g., Simvision, DVE, Verdi).

- Failure triaging and RCA for functional and performance issues.

- Regression execution and debug in simulation environments.

Tools & Simulators :

Experience with industry-standard verification tools :

- Synopsys : VCS, Verdi

- Cadence : Incisive/Xcelium, Simvision

- Mentor/Siemens : Questa/Modelsim

- Coverage tools, code coverage, functional coverage, assertion coverage