Senior Technical Lead - Silicon Platform Validation, PythonWe are looking for an experienced SoC Validation Engineer to drive end-to-end validation of complex System-on-Chip (Soc) designs across both pre-silicon and post-silicon phases. The ideal candidate brings deep domain expertise in SoC IP subsystems — including Clock, Reset, Ethernet, I/O controllers, and related infrastructure IPs — with proven ability to develop test strategies, execute validation plans, and root-cause failures from simulation through first silicon and production.
Key Responsibilities:- Pre-Silicon Validation
- Develop comprehensive verification and validation plans for SoC-level IP subsystems including Clock Generation/Distribution (PLLs, clock muxes, dividers), Reset Architecture, Ethernet MAC/PHY, and I/O interfaces (GPIO, I2C, SPI, UART, JTAG)
- Create and execute directed and constrained-random tests targeting IP integration, connectivity, and functional correctness at the SoC level
- Verify clock domain crossings (CDC), reset sequencing, and power-on reset (POR) behavior
- Validate Ethernet data path integrity, link negotiation, and MAC-to-PHY (MII/RGMII/SGMII) interfaces
- Perform functional coverage analysis and drive coverage closure across IP blocks
- Collaborate with design and architecture teams on RTL debug, assertions, and specification reviews
- Execute validation on emulation/FPGA prototyping platforms (Palladium, Veloce, Protium) for early software/firmware integration
- Post-Silicon Validation
- Bring up and validate SoC IPs on first silicon and platform boards
Develop and execute post-silicon test plans covering: Clock: PLL lock times, frequency accuracy, jitter characterization, clock switching, glitch-free mux transitions Reset: Reset assertion/de-assertion sequencing, warm/cold reset flows, watchdog timer resets, brown-out detection Ethernet: Link bring-up, auto-negotiation, packet integrity (CRC/FCS), throughput/latency, loopback testing, PTP/IEEE 1588 timestamping I/O: Pin mux configuration, drive strength, voltage levels, protocol compliance (I2C/SPI/UART timing), interrupt routing
Debug silicon failures using oscilloscopes, logic analyzers, protocol analyzers, JTAG/DFx, and embedded trace tools
Perform root-cause analysis of post-silicon bugs and drive resolution with design and firmware teams
Characterize IP performance under varying voltage, frequency, and temperature (VFT) conditions
Develop and maintain automated test frameworks for regression and production testing
Collaborate with platform, firmware, BSP, and driver teams on system-level integration and debug
GeneralAuthor and maintain validation documentation: test plans, debug reports, coverage metrics, and known-issue databases
Develop Python/Perl/Tcl scripts for test automation, log parsing, and result analysis
Participate in silicon bring-up triage, failure analysis, and bug review meetings
Mentor junior engineers and drive process improvements in validation methodology
Interface with IP vendors for third-party IP integration, compliance, and issue resolution
Skill Requirements
Required Qualifications
Education:
B.S./M.S./Ph.D. in Electrical Engineering, Computer Engineering, or related field
Experience: 4–10+ years in SoC validation (pre-silicon and/or post-silicon)
Deep understanding of SoC architecture and IP integration concepts
Compensation and Benefits:
A candidate's pay within the range will depend on their skills, experience, education, and other factors permitted by law. This role may also be eligible for performance-based bonuses subject to company policies. In addition, this role is eligible for the following benefits subject to company policies: medical, dental, vision, pharmacy, life, accidental death & dismemberment, and disability insurance; employee assistance program; 401(k) retirement plan; 10 days of paid time off per year (some positions are eligible for need-based leave with no designated number of leave days per year); and 10 paid holidays per year.
