Responsible for coordinating, recording and solving Google/Nest packaging testing and solutions to issues found. Work with project managers, designers, contract manufacturers and international engineers to determine a program of tests to validate package design concepts. Including but not limited to:>Engineering analysis of failures found during testing >Exploring and validating fixes to issues found >Working with design and management teams closely to implement testing findings into packaging structure >Creating various document formats that streamline and formalize the testing process>Introducing formulaic and automated techniques to documentation and analysis >Extensive use of Google Drive, sheets, docs, presentations, drawings, etc. >Inspecting packaging systems before and after tests>Determine quantities and configurations ensuring all possible variations are tested >Develop new testing standards to more closely mimic the real environment>Traveling internationally to help with project builds in the factory>Working on a large variety of electronic products with large differences in packaging structure

Designed and fabricated prop and costume parts/assemblies. Worked in a variety of materials from casting plastics to custom 3D prints. Responsible for the entire process of design conception to mold making to end product manufacturing. Completed highly individualized orders from a variety of customers. Including but not limited to:>Made from scratch: >Large silicone molds with rigid multi-part shells of mixed concave/convex shapes >3D printed functional components with matched threads and air seals >Laser-cut components to fit irregular shapes>Managing CNC machines through networked Raspberry Pi’s >Talking with customers to determine what end product they want and various customizations>Molding, adjusting and assembling a large variety of materials and products>Testing and implementing new product features and fabrication methods>Packing and shipping orders >Handling repairs and alterations>Managing a public facing profile of previous, current and future projects

Test executor for environmental and mechanical testing of network routing/switching equipment. Main tasks are to take in a particular project prototype trunk (EUT, which can be a chassis, line card, and/or ecosystem of components) and run them through documented and specified tests using chambers and shaker tables primarily. Once testing is complete (possible ~4-12 weeks long, depending) the data are then collected and recorded into a test report detailing the procedures and results. Including but not limited to:>Trained to run such tests as: >Temperature/Humidity for non operational transportation/storage or operational field deployment >Shock/Vibration (Random, Sine Sweeps, Halfsine, Trapezoidal, Seismic, Transport Bump, Fragility…) >Altitude (invented a new method for sealing the chamber) >Strain (mounted >30 6-wire 2mm dia. strain sensors to high density SMD PCBs) >Drop testing (introduced burst photography for recording tests to capture fall in sections)>Responsible for keeping track of EUT’s and all ancillary equipment through testing cycle>Used Red Hat/Telnet/SSH/VNC/remote desktops/Cisco IOS/IOS XR/Diags. to talk to EUT’s and record system information >Installed/mounted/booted routers remotely for project setup>Set up traffic generators for different levels and line rates of traffic (1-100Gbps, VLAN, IP Using IXIA) >Configured network cabling such as AC/DC power, RJ45, BNC, SMA(B,C), MPO, SC, LC>Worked with all types of fiber optic equipment including SFP’s, QSFP’s, MM/SM, SR/LR, attenuators>If failure occurs, a bug report is filed with detailed info on how/when/what with photo documentation and log files>Maintained lab (became source of knowledge about workings of lab equipment and repair) >Developed new systems/methodologies of executing tests (automated data recording bash script, tool organization, chamber seals, shaker table fixture response study, documentation optimization, template creation)

Responsible for the design and build of high precision industrial test fixtures and cleanroom metrology equipmentIncluding but not limited to:>Management of bills of materials (BOM) numbering into the thousands of parts.>Specifying and sourcing various automation components from electromechanics to optics and everything in between.>Design of test fixtures based on customer supplied specifications.>Reverse engineering of a legacy atomic force microscope using incomplete engineering documentation.>Finite element analysis to determine system physical parameters.>Drafting production ready drawings for machined and bent parts with tolerancing, call-outs, finishes, revisions, masking and automated sheet formats.>Presented weekly design reviews to collaborate with the engineering team, CTO, CEO.

Lab technician responsible for the day-to-day management and operation of the 3D printing lab. The position reported to a set of managers who worked remotely. Responsibilities included: >Ran jobs on Stratasys and Makerbot machines.>Used dissolvable support filament and ran the dissolving machines.>Taught and trained an average of 30 students a shift on 3D technologies and procedures.>Used supplied CAD processing software to convert students’ ideas into actionable prints.>Performed troubleshooting with printer software and hardware.>Advised on matters involving the library of electronic components and their implementation from analog to digital circuitry.

Organized design materials library which contained thousands of individual samples. Coordinated and recommended material choices for designers. Researched and recommended new companies and products to add to the collection.