| Location | Georgetown, TX |
Title: Senior Manager, Failure Analysis Engineering
Location: Georgetown Texas
Duration: Direct Hire
Work Requirements: US Citizen, GC Holders or Authorized to Work in the U.S.
Role Overview
The Senior Manager, Failure Analysis Engineering serves as the technical authority for system-level failure analysis and product reliability across the full manufacturing lifecycle, from New Product Introduction (NPI) through High Volume Manufacturing (HVM).
This role leads the identification of complex failure mechanisms, defines structured root cause methodologies, and drives cross-functional resolution to improve product quality, manufacturing yield, and long-term reliability.
The position requires deep expertise in server hardware architectures, failure physics, and data-driven analysis, combined with the ability to influence engineering, quality, and manufacturing organizations.
NPI, including DVT / PVT readiness
Production, including L6, L10, and system-level testing
Field and customer returns, including RMA and DOA
CPU
Memory
Storage
Power
Networking
Thermal systems
Test Engineering
Product Engineering
Quality, including PQE / MQE
Supplier Engineering
Manufacturing
Data-driven reliability and failure trend analysis
Influence on product design
Test coverage improvements
Manufacturing process improvements
Lead complex failure analysis (FA) and root cause analysis (RCA) to identify system-level failure mechanisms across server platforms.
Define and standardize failure analysis methodologies, tools, processes, and best practices.
Drive reliability strategy and influence NPI readiness, including DFR, DFT, and test coverage.
Establish failure trend analysis across yield, escapes, and field returns to enable data-driven decision-making.
Serve as an escalation point for critical quality issues and lead cross-functional technical problem solving.
Drive corrective and preventive actions across design, test, and manufacturing to eliminate repeat failures.
Improve test effectiveness, reduce NTF (No Trouble Found) loops, and strengthen feedback loops into engineering.
Mentor engineers and elevate failure analysis capabilities across the organization.
Identify systemic failure drivers and develop technical strategies to improve product reliability and manufacturing performance.
Deep knowledge of server hardware architectures, including:
CPU
Memory
Storage
Power
Networking
Strong expertise in failure analysis methodologies and root cause analysis techniques.
Experience with system-level debugging, including:
Electrical issues
Firmware issues
Hardware/software integration issues
Strong statistical analysis and data interpretation skills, including:
Manufacturing yield
Reliability
Failure trends
Understanding of manufacturing test flows, including:
L6
L10
System-level testing
Experience with technical and data analysis tools, including:
Oscilloscopes
Logic analyzers
Diagnostic tools
Python
SQL
Power BI or equivalent data visualization/analysis tools
Experience with GPU systems and liquid cooling.
Experience in hyperscale manufacturing environments.
Automation experience.
Six Sigma certification.
Experience supporting hyperscale or data center server environments.
Knowledge of reliability modeling, including:
Weibull analysis
MTBF
HALT
HASS
Exposure to DFX methodologies, including:
DFR – Design for Reliability
DFT – Design for Test
DFM – Design for Manufacturing
Experience automating failure analysis workflows and data pipelines.
Experience working with suppliers and supporting component-level failure analysis.
Bachelor's or Master's degree in:
Electrical Engineering
Computer Engineering
or a related technical field
10+ years of experience in:
Failure analysis
Reliability engineering
System debugging
Hardware engineering
Related technical disciplines
Proven experience supporting NPI through HVM transitions in complex hardware systems.
Demonstrated track record of solving complex, cross-domain technical problems.
Strong ability to influence engineering, quality, manufacturing, and supplier organizations.
Establish a structured failure analysis framework and RCA methodology across programs.
Identify the top systemic failure drivers and implement corrective actions.
Improve failure containment and reduce repeat issues and NTF rates.
Build strong cross-functional alignment across Test Engineering, Quality, Product Engineering, and Manufacturing.
Enable data-driven visibility into failure trends and reliability risks.
Strengthen feedback loops between failure analysis findings and product design, testing, and manufacturing processes.
Reports to the Test Engineering Director.
Test Engineering
Product Engineering
Manufacturing
Infrastructure
Test Engineering – NPI and Production
Product Engineering
Quality – PQE / MQE
**Supplier Engineering
Acts as a technical leader and escalation point for complex failure analysis and reliability issues.
Provides technical direction and mentorship.
Direct people management is not required.
Owns the system-level failure analysis strategy, driving root cause identification, reliability improvements, and cross-functional resolution across NPI and manufacturing.
INSPYR Solutions provides Equal Employment Opportunities (EEO) to all employees and applicants for employment without regard to race, color, religion, sex, national origin, age, disability, genetics, or any other protected status. INSPYR Solutions complies with all applicable laws governing nondiscrimination in employment in every location in which the company has facilities.Applicants requiring reasonable accommodation during the application or interview process should contact HR@inspyrsolutions.com
Information collected and processed through your application with INSPYR Solutions (including any job applications you choose to submit) is subject to INSPYR Solutions' Privacy Policy and INSPYR Solutions' AI and Automated Employment Decision Tool Policy: https://www.inspyrsolutions.com/policies/. By submitting an application, you are consenting to being contacted by INSPYR Solutions through phone, email, or text.