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Analog Devices

Owned manufacturing readiness and execution for NPI programs, acting as DRI through ramp and customer reviews
Led RCCA efforts for major yield and compliance disruptions, resolving Parts, Material, and Process (PMP) gaps
Delivered full PPAP for customer programs including PFMEA, Gage R&R, and process capability studies
Led design and process respin across assembly, wire bond, and suppliers; improved RTY ~10% on high-risk program
Drove ruggedized / military device qual(s), included design reviews, metrology bring-up, traceability and control plans
Guiding supplier dimensional improvements via DWG reviews and OMM workmanship procedures
Instilling in-process quality for mechanical assembly via work instructions, visual aids, PMs and OCAPs
Developed process tools: yield bridges, CAR/NC Apps, Mentored: JMP, Minitab, MATLAB, GD&T

Developed standalone application for deriving yield bridges and defect paretos using raw data extracts and process movement history

Owned manufacturing quality readiness for Vision Pro and iPhone accessory programs from POC through ramp
Brought up in-line laser weld monitoring system & AOI for Vision Pro frame assembly to ensure weld integrity, safety, and traceability
Designed and deployed motorized load-cell functional test system for softgoods FATPs to enable repeatable force-controlled validation
Conducted FA and root-cause-analysis to address lagging yield in injection molding process to improve on scrap
Improved upon yield targets for Clear Case (~90%), Silicon Case (~98%), and Vision Pro Frame Assembly (~95%)
Worked with PD team to define product drawing dimensions and datums, following ASME Y14.5
Designed metrology with reliance on DOE/Gage R&R for dimensional and functional measurement capability

Worked as a Mechanical Engineering Intern - Testing (Summer 2019 - Summer 2021)

Conducted directional testing using the factorial design of experiment model
Designed and fabricated fixtures used for test development
Validated a protocol while working with testing facility in China to perform ANOVA Gage R&R
Presented in cross functional team meetings that encompassed engineering, product development, and testing
Performed research and development into angular displacement recognition rendering using MATLAB image analysis
Performed research and development into new product line testing models
MATLAB image compiling to mimic color spectrometer usages
Independently executed on project objective, meeting end targets and suggestions for later refinement
Conducted statistical analysis using the ANOVA Gage R&R approach to testing through Minitab
Worked on optimizing proprietary protocols used to obtain comparative data between competitors
Compiled MATLAB scripts and functions for projected use in signature test
Utilized Minitab as a tool to process and interpret data from testing
Produced directional tests for product development and engineering then presented results and significance