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SiTime

Fabless MEMS timing solutions provider

Principal Post-Silicon Validation Engineer

Hardware Validation & TestingUpdated on Oct 29
Full-timeRijswijk, NetherlandsIn-person

About the Job

Requirements

  • An MS or PhD in Electrical Engineering, Mechanical Engineering, Physics, or a related discipline; exceptional candidates with other technical backgrounds will be considered.
  • At least 10 years of experience in post-silicon validation, characterization, and productization of semiconductor, MEMS, analog, mixed-signal, or sensor-based products.
  • A proven track record of leading complex cross-functional engineering projects from concept through production release.
  • Extensive experience defining validation strategies, test methodologies, characterization plans, risk assessments, and production release criteria.
  • Strong foundational knowledge of analog and mixed-signal circuits, semiconductor devices, and measurement techniques.
  • Hands-on experience with laboratory instrumentation, automated test systems, and hardware debugging.
  • Experience developing automated measurement, data-processing, and analysis solutions using Python, MATLAB, or similar programming environments.
  • Strong statistical analysis skills and experience interpreting large characterization datasets to make data-driven engineering decisions.
  • Experience leading root-cause investigations and resolving complex silicon, package, test, and system-level issues.
  • Strong communication and leadership skills, with the ability to influence technical decisions across organizational boundaries.
  • Demonstrated ability to mentor engineers, influence technical decisions, and provide technical leadership in a highly collaborative environment.

Responsibilities

  • Define and lead post-silicon validation and characterization strategies for MEMS-based timing products from first silicon through production release.
  • Provide hands-on technical leadership for validation, characterization, and release-to-production activities across multiple product lines and engineering sites.
  • Drive cross-functional execution as Systems Engineering Lead, coordinating activities across design, product engineering, test engineering, quality, reliability, operations, and external vendors.
  • Define validation methodologies, test coverage, release criteria, and risk assessment strategies to ensure product qualification and production readiness.
  • Define and drive system-level validation methodologies for frequency accuracy, phase noise, jitter, frequency stability, environmental robustness, and long-term reliability of MEMS-based timing products.
  • Collaborate with MEMS and circuit design teams to evaluate new silicon, identify performance limitations, and drive improvements in product performance, yield, and manufacturability.
  • Lead hands-on debugging, failure analysis, and root-cause investigations of silicon, package, test, and system-level issues, driving corrective actions through closure.
  • Architect and develop advanced test platforms, automated measurement systems, firmware, and data-analysis infrastructure to support product characterization and production release.
  • Analyze characterization data using statistical methods to identify trends, assess risks, and support product release decisions.
  • Drive deployment of characterization methodologies, screening algorithms, and validation learnings into manufacturing and production test environments.
  • Establish and promote best practices, technical standards, and continuous improvement initiatives for validation, characterization, and product industrialization.
  • Influence product architecture, technology roadmaps, and validation strategies for next-generation MEMS-based timing products.
  • Mentor engineers and provide technical leadership across the organization.
  • Represent Systems Engineering in technical reviews, product release decisions, customer escalations, and executive risk assessments.

Desired Qualifications

  • Experience with timing metrology systems.
  • Experience with precision timing, oscillators, clocks, resonators, MEMS devices, or frequency-control products.
  • Knowledge of phase noise, jitter, Allan deviation, frequency stability, and precision timing measurement techniques.
  • Experience transferring characterization methodologies, screening algorithms, and test limits into high-volume manufacturing environments.
  • Experience designing PCB-based validation platforms, embedded firmware, and automated test infrastructure.
  • Experience influencing product architecture, technology roadmaps, engineering capabilities, and long-term organizational growth initiatives.

About the Company

SiTime

Fabless MEMS timing solutions provider

SiTime designs MEMS-based timing solutions (oscillators, network synchronizers, and jitter cleaners) as a fabless semiconductor company. MEMS resonators on silicon replace quartz to generate precise clocks and synchronize networks, with manufacturing handled by third-party foundries. The approach offers smaller size, lower power consumption, and better temperature stability, supported by scalable, design-focused development rather than in-house fabrication. Its goal is to expand MEMS timing adoption across automotive, industrial, IoT, mobile, aerospace, and telecom markets worldwide.

Company size
501-1,000
Company stage
IPO
Headquarters
Santa Clara, CA
Founded
2005

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