Semiconductor Failure Analysis Manager

We're Hiring: Semiconductor Failure Analysis Manager

Location: United Arab Emirates (Remote)

Employment Type: Full-Time

Experience Level: Mid-Level to Senior

Work Arrangement: Fully Remote

About Us

We are a globally focused semiconductor and technology organization committed to developing reliable, high-performance electronic products across diverse markets. Our teams combine semiconductor engineering, device physics, manufacturing, quality, reliability, materials science, packaging, test, and data analysis expertise to identify and resolve complex product failures.

We collaborate across design, wafer fabrication, assembly, test, quality, applications, suppliers, and customers to improve semiconductor yield, reliability, product quality, and lifecycle performance.

The Role

We are seeking an experienced Semiconductor Failure Analysis Manager to lead failure-analysis strategy, laboratory operations, technical investigations, root-cause analysis, and corrective-action programs across semiconductor products and manufacturing processes.

The ideal candidate will lead multidisciplinary investigations into electrical, physical, process, materials, packaging, and reliability failures, using advanced analytical techniques to identify failure mechanisms and drive effective corrective and preventive actions.

Key Responsibilities

• Develop and implement semiconductor failure-analysis strategies, standards, procedures, and laboratory processes.
• Lead failure-analysis activities across wafer, die, package, assembly, and finished semiconductor products.
• Manage investigations involving electrical, physical, structural, material, process, packaging, and reliability failures.
• Establish failure-analysis workflows from failure confirmation and localization through physical analysis, root-cause identification, and corrective action.
• Prioritize investigations based on product risk, customer impact, yield impact, reliability, severity, and business requirements.
• Lead multidisciplinary teams involving device engineering, process engineering, packaging, test, quality, reliability, materials, and product engineering.
• Develop investigation plans, analytical strategies, sample requirements, timelines, and technical deliverables.
• Review electrical failure data and determine appropriate diagnostic and physical-analysis approaches.
• Coordinate failure localization using electrical, thermal, optical, and other diagnostic techniques.
• Lead destructive and non-destructive failure-analysis activities.
• Manage semiconductor physical analysis including optical microscopy, SEM, EDS, FIB, cross-sectioning, delayering, polishing, and related techniques.
• Coordinate advanced characterization using appropriate materials and surface-analysis methods.
• Support circuit and layout analysis to identify potential defect locations and failure mechanisms.
• Coordinate device-level and package-level analysis of electrical overstress, electrostatic discharge, electromigration, dielectric breakdown, contamination, corrosion, cracking, delamination, voiding, and other failure mechanisms.
• Investigate semiconductor parametric, functional, intermittent, infant-mortality, wear-out, and field-return failures.
• Analyze wafer-level defects, process excursions, fabrication abnormalities, and yield-related failure mechanisms.
• Investigate packaging-related failures involving wire bonds, flip-chip connections, solder joints, substrates, molding compounds, lead frames, interposers, and other package structures.
• Coordinate decapsulation, package opening, die exposure, cross-sectioning, and sample preparation activities.
• Establish appropriate sample-handling, contamination-control, chain-of-custody, and evidence-preservation procedures.
• Ensure failure-analysis samples are properly documented, tracked, photographed, analyzed, and preserved where required.
• Lead root-cause analysis using structured methodologies and semiconductor-specific failure-analysis practices.
• Distinguish failure symptoms, physical mechanisms, contributing factors, and fundamental root causes.
• Develop corrective and preventive actions in collaboration with manufacturing and engineering teams.
• Verify corrective-action effectiveness through follow-up analysis, testing, monitoring, and data review.
• Identify recurring failure mechanisms and develop systematic prevention strategies.
• Analyze failure trends by product, wafer lot, process step, package, supplier, customer, geography, application, and time period.
• Support yield-improvement programs by identifying process-related defects and failure mechanisms.
• Collaborate with wafer fabrication teams to investigate process defects, contamination, lithography issues, implant problems, etch anomalies, deposition defects, and metallization failures.
• Work with assembly and packaging teams to investigate package-level defects and reliability concerns.
• Coordinate with test engineering teams to correlate electrical test results with physical failure mechanisms.
• Support reliability engineering investigations involving accelerated life testing, environmental stress, temperature cycling, humidity, high-temperature operating life, and other reliability evaluations.
• Investigate customer returns, field failures, warranty issues, and escalated product-quality cases.
• Provide technically rigorous failure-analysis reports for internal management, customers, suppliers, and quality organizations as appropriate.
• Present investigation findings, evidence, root causes, and corrective actions to technical and executive stakeholders.
• Maintain comprehensive failure-analysis databases, case histories, analytical images, test results, reports, and knowledge repositories.
• Develop failure-analysis libraries and databases of known failure mechanisms and diagnostic signatures.
• Establish laboratory standards for analytical equipment operation, calibration, maintenance, safety, and performance verification.
• Manage failure-analysis laboratory capacity, equipment utilization, priorities, schedules, and resources.
• Evaluate new failure-analysis equipment, techniques, software, and analytical capabilities.
• Lead qualification and implementation of new analytical methods.
• Develop laboratory procedures and technical training programs for engineers, analysts, and technicians.
• Ensure failure-analysis activities comply with quality, safety, environmental, chemical-handling, and laboratory requirements.
• Manage external analytical laboratories and specialized service providers when internal capabilities are insufficient.
• Evaluate external laboratory performance, technical quality, turnaround time, confidentiality, and cost.
• Support supplier investigations and joint failure-analysis programs with semiconductor manufacturers, packaging providers, material suppliers, and equipment vendors.
• Maintain appropriate confidentiality and intellectual-property controls for sensitive semiconductor designs and analytical findings.
• Support audits, customer quality reviews, product qualification activities, and regulatory or industry assessments.
• Promote automation, image analysis, machine learning, data analytics, and digital laboratory workflows where they can improve investigation speed and accuracy.
• Establish failure-analysis metrics, laboratory KPIs, investigation turnaround targets, and quality standards.
• Identify opportunities to reduce analysis cycle time, improve root-cause accuracy, and increase laboratory productivity.
• Mentor failure-analysis engineers, materials scientists, technicians, and laboratory specialists.
• Provide management with regular reports covering failure trends, critical investigations, root causes, corrective actions, laboratory performance, risks, and improvement opportunities.

Key Performance Indicators

• Failure-analysis turnaround time
• Investigation completion rate
• First-pass root-cause identification
• Root-cause accuracy
• Corrective-action closure rate
• Corrective-action effectiveness
• Repeat failure rate
• Customer-return resolution time
• Field-failure investigation performance
• Failure localization success rate
• Sample preparation success rate
• Analytical method effectiveness
• Failure-analysis backlog
• Critical-case response time
• Laboratory equipment utilization
• Laboratory equipment availability
• Analytical equipment calibration compliance
• Test and analysis data integrity
• Failure-analysis report quality
• Documentation completeness

Ideal Candidate

The successful candidate should have strong experience in semiconductor failure analysis, semiconductor device engineering, materials analysis, reliability engineering, yield engineering, process engineering, packaging, or electronic product quality, preferably within semiconductor manufacturing, integrated-device manufacturing, advanced packaging, or electronics technology environments.

The candidate should demonstrate:

• Strong understanding of semiconductor device structures, fabrication processes, packaging, and failure mechanisms.
• Extensive experience conducting and managing semiconductor failure-analysis investigations.
• Strong knowledge of electrical and physical failure localization techniques.
• Hands-on or technical leadership experience with SEM, EDS, FIB, optical microscopy, cross-sectioning, delayering, and related analytical methods.
• Understanding of semiconductor materials, metallization, dielectrics, interconnects, substrates, packaging materials, and interfaces.
• Experience investigating electrical overstress, ESD, electromigration, dielectric breakdown, contamination, corrosion, cracking, delamination, voiding, and other failure mechanisms.
• Knowledge of wafer fabrication, assembly, packaging, and semiconductor test processes.
• Experience correlating electrical test results with physical and material analysis.
• Strong understanding of reliability engineering and semiconductor qualification methods.
• Experience with customer returns, field failures, warranty investigations, and quality escalations.