• Create elastomer stamps for mass transfer of MicroLEDs (µLED) from source wafer to display backlpanes. - Inspect, clean, and assemble molds prior to injection of silicone. Characterize and treat glass (RIE) for optimal bonding to silicone. Accurately measure, mix, and degas silicone base and catalyst. Cure and decast elastomer stamp from mold. Painstakingly measure stamp features to determine suitability for mass transfer. - Update, edit, and maintain databases, work files, and travelers.• Operate mass transfer equipment to create µLED displays - Create and edit equipment configuration files and cycle files. Identify and adjust settings and methods to improve cycle time. Coordinate with equipment and engineering teams to suggest software and/or configuration settings to increase ease of use. - Work closely with equipment team to test new software

• Perform optical and electrical testing on LED lamps for statistical analysis, competitive analysis, and quality assurance.• Before testing: – prioritize testing requests based on engineering and production needs, – utilize SQL databases to select components for optimal corrections to line production results, – manually pull selected lamps and determine appropriate testing fixture and procedure, – solder and mount lamps on printed circuit boards.• During testing: – ensure local and global calibration is performed and meets standards, – create transmission files to achieve optimal optical results, – select appropriate current, voltage, and other settings for device, – test devices in integrating sphere.• After testing: – utilize JMP—including creating and updating JSL scripts—and SQL databases to perform statistical analysis of results (ANOVA), – apply results to correct necessary data sets, – disseminate results to engineering group and discuss the results, their import, and potential further action based on the data obtained• Related duties: – train technicians on related responsibilities and direct efforts to achieve test team objectives, – troubleshoot and correct line production test failures, – update and upload XML instruction files on production equipment, – maintain test fixtures and repair them when necessary by soldering and testing with digital multimeters

• Supervise photolithography operations of large-scale semiconductor manufacturing, ensuring the continuous operation of over 20 production tools, including resist coaters, aligner/exposers, and developers.• Troubleshoot process disruptions, reduce tool down-time, perform scheduled process checks, and disposition photolithography products.• Train and assist operators on all photolithography tools as well as coordinate efforts with maintenance teams, shift leads, and production engineering.• Maintain accurate, real-time databases and ensure uninterrupted, effective routing of LED products, supplies, and communication.• Assist engineers on numerous projects while working on individual projects, provide regular suggestions for process improvement, and give constant feedback on process changes, fab readiness.• Disseminate new recipes and recipe changes to tools (recipe/sequence CNC programming) and update recipes or product routing as necessary for current demands and equipment conditions• Create, review, and update controlled documents.

• Operated and maintained multi-wafer saw (MWS) to cut grown semiconductor material (boules), including mounting, precision axis alignment, and demounting of material.• Assisted with lapping and polishing of sliced semiconductor material• Characterized wafers—including the use of x-ray, drop gauges, calipers, mass measurement, and microscopic inspection—to verify material met quality standards.• Carefully cleaned and laser scribed wafers for shipment to customers

• Carefully and meticulously reviewed reports of investigations, audit reports, management advisories, verification reviews, correspondence, manuals, and other written material received by management, senior executive staff, State and Federal agency heads, and Congress, eliminating mechanical errors and improving accuracy, readability, appearance, believability, and soundness of argument.• Assisted in determining when and how to display statistical layouts, such as charts and graphs.• Worked closely with investigators and auditors to ensure reports effectively conveyed desired information and message consistent with Federal and agency styles and guidelines.• Fact checked reports by closely reading draft documents and comparing with transcripts, interview reports, and other attachments in the case management system.• Produced and peer edited internal news articles by researching topics of interest to the organization, conducting interviews, and selecting images.• Assisted investigative team lead on a case of interest to both national media and the House Committee on Natural Resources by searching for, retrieving, and reviewing hundreds of emails and other electronic documents and by listening to and transcribing hours of recorded meetings.• Received On the Spot Award for assisting the IG with prepared testimony before Congress.

• Led literary staff in the selection of student works for publication.• Edited selected submissions and coordinated changes with authors for publication.• Helped coordinate promotional efforts for the publication, including but not limited to solicitation for submitted works and volunteer staff, increasing awareness of the organization, and community outreach.

• Operated and monitored UHV equipment in a clean room environment, producing semiconductors through molecular beam epitaxy.• Utilized a broad array of characterization equipment—PL, x-ray, PR, etc.—to ensure product met specifications and to make appropriate adjustments to the recipe/process. • Wrote, updated, and loaded various recipes with little supervision from engineer or lead technicians • Worked closely with engineers, management, and maintenance personnel to ensure smooth production, including assisting maintenance prepare for cleaning evolutions and returning space to readiness condition • Kept accurate logs, databases, and inventory

• Responsible for the maintenance and troubleshooting of 23 WSC-3 UHF transceivers, ensuring continuous line-of-sight and satellite communications • Answered trouble-calls for the FCC-100 time division multiplexer, restoring phone communications vital to the Commander of the US Second Fleet• Served as part of the team responsible for the complete shut-down, deinstallation, and removal of all electronic communications equipment for the decommissioning of the USS LaSalle (AGF 3)

• Monitored, translated, and transcribed near-real-time communications in support of DOD/NSA operations• Quality-controlled the translations of eight shift linguists while ensuring timely reporting of sensitive items of special interest to U.S. and coalition assets• Appointed as lead operator on a high-priority platform after less than 1 year on station, directing both junior and senior personnel in a multi-service environment• Performed final review of all translations and reports; ensured accuracy of product reports forwarded to Intelligence Community (IC) consumers • Scanned, analyzed, translated, and transcribed thousands of items of foreign language intelligence, totaling hundreds of hours, to satisfy the requests of national-level policymakers and IC consumers• Provided language and target mentoring to junior linguists, fostering an understanding of target-specific technical terms and concepts• Nominated as Junior Sailor of the Quarter for linguistic aptitude, maintaining 3/3 DLPT score throughout service