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Develop and maintain automated test content and execute manual/automated tests to verify audio/multimedia software on embedded SoCs. Debug failures, enhance test plans and infrastructure, collaborate with test automation and embedded software teams, and ensure timely delivery of test deliverables.

Perform full-chip and block-level physical design: floorplanning, P&R, clock-tree synthesis, timing closure/STA, low-power implementation, power integrity and IR-drop, and physical verification to take hardmacros from netlist to GDS using industry EDA tools.

Design Verification Engineer responsible for test planning, verification, debugging, adversarial testing, and writing verification environments using HVLs and methodologies (UVM/RVM/OVM). Works with RTL, assertions, code coverage, and simulation acceleration tools; strong communication and scripting skills required.

Design, implement, integrate, triage, and unit test multimedia software for Snapdragon-based IoT media devices in Linux/Android. Work on Android multimedia (audio/video/camera), HDMI, camera HAL/drivers, embedded security, HDCP, board bring-up, and kernel-level tasks. Deliver solutions independently and on schedule.

Develop and debug embedded multimedia software across Android and Linux stacks for devices (STB, cameras, VR/AR, drones). Work on BSP, device drivers, media frameworks, real-time audio/video, camera and display bring-up, and collaborate with SW/HW teams to solve complex platform issues.

Verify Ethernet IP interaction with the surrounding subsystem (not internal IP logic). Test multiple port speeds (100/25/10G) and Ethernet features (FEC, PFC, Timestamp). Drive verification activities end-to-end to completion.

Develop test automation for a Linux-based drone platform on Qualcomm MSM chipsets. Contribute to drone technology work, including flying drones. Requires embedded software development experience using C and Python and strong Linux familiarity.

Seeking a Verification Engineer with experience in GPU/CPU pipelines, memory subsystems (including cache coherency), and the UVM verification methodology to validate processor and memory designs.