Sr. MGR Quality & Reliability Engineering -Optical Connectivity

Sr. Manager, Quality and Reliability Engineering  – Passive Optical Engineering, Digital Data Networks (DDN) Unit | TE Connectivity 

 Join TE Connectivity's industry-leading Passive Optics organization as a Quality and Reliability Engineering Manager and drive excellence in optical interconnect solutions powering AI and hyperscale computing. You'll ensure world-class quality and reliability for Fiber Attachment Unit (FAU) assemblies through advanced metrology, statistical analysis, and precision optical characterization that enables mission-critical data center applications. 

Why This Role Matters: As AI workloads demand unprecedented reliability and performance consistency, optical quality engineering has become the cornerstone of successful deployment. You'll be instrumental in establishing quality benchmarks and reliability standards that directly enable the AI revolution while reinforcing TE's reputation for uncompromising optical connectivity excellence. 

Advanced Optical Characterization & Metrology

• Lead precision optical testing: insertion/return loss, crosstalk, and backscatter reflectometry
• Perform state‑of‑polarization, PER measurements, and polarity verification
• Conduct laser/beam profiling and lens characterization for optimized coupling efficiency
• Develop sub‑micron optical alignment, pointing‑stability, and beam‑steering protocols
• Drive supplier qualification, incoming inspection, and capability assessments

Interferometric & Advanced Optics

• Utilize white‑light, coherence‑scanning, and phase‑shift interferometry for surface and dimensional analysis
• Conduct wavefront, aberration, and optical‑path‑difference characterization
• Perform spatial/temporal coherence measurements and visibility analysis
• Verify optical‑path stability, beam divergence, and diffraction performance

Statistical Quality & Reliability Engineering

• Apply SPC, capability studies (Cp/Cpk), and control charts to optical performance
• Develop accelerated life tests, perform Weibull analysis, and predict failure rates
• Lead Six Sigma DMAIC initiatives, DOE, and root‑cause investigations
• Establish MSA, gauge R&R, and calibration protocols for optical test systems

Test Development & Validation

• Design automated optical test systems with integrated data acquisition
• Develop environmental tests: thermal cycling, humidity, vibration, mechanical stress
• Ensure compliance with IEC, TIA/EIA, and IEEE optical standards
• Collaborate cross‑functionally to drive DFQ and production readiness