Design rugged enclosures for power measurement devices that can report outages and reduce down time.

Documented supplier practices and capabilities for multiple medical device PPAPs from origination to warrantProvided DFM for molded plastics, inspections for printed colors, and revised drawings for CQA clarityProject Management of Injection Molding project, dual multi-cavity moldsImplemented measurement and control methods for color using spectrophotometers in LAB color spaceReported project status and proposed solutions at Tech Reviews and Steering Committee meetings

Met aggressive timelines and demanding requirements to customer satisfaction on multiple projectsDesigned enclosures and supporting components for prototype, low quantity, and production build volumesEmployed rapid prototyping, machining, injection molding, as they fit project requirements, budget, timelineRestored damaged 3D printers and brought new equipment online, implemented best practices and trained other users on proper usage of machinery. Resolved/avoided concerns of material handling, waste stream, IP Advised less experienced engineers on good design practices and worked to implement group-wide policies

Performed audits of production environments capturing the on site equipment and personnel, maintenance and training schedules, and recommended actions to improve process flow and environmental health and safetyImplemented Statistical Process Control procedures at multiple labs; trained management and operatorsEvaluated industrial equipment, gathered and analysed data, honestly reported key performance indicators Excelled in multiple trainings for continuous improvement of network and skills with certificationFrame Assessment Training: Methods of quantifying the properties and characteristics of a frameErgonomics: Tools and methods to resolve or avoid environmental health and safety (EHS) hazardsTrain the Trainer: improved skills required to successfully transfer complex knowledge to traineesImpactful Communication: public speaking skills honed through peer-reviewed and recorded practiceUnderwent internal audit of project for compliance with practices per International Standards Organization Executed multiple projects according to internal procedures, from defining the scope through project closureCreated a Solidworks Support Group, initiated and ran regular meetings to meet an otherwise unmet needTraveled to Warsaw, Poland; Paris, France; Chihuahua, Mexico; Ontario and Quebec, Canada; Santiago, ChileInitiated cross-training of additional processes to better understand workflow

Designed mechanical components including: plastic and metal enclosures, lenses, battery packs, wire harnesses, brackets, switches, heaters, heat exchangers, and gaskets.Solidworks (2012 - 2015) used primarily for design of custom parts and assemblies, drawing creation.Employed additive manufacturing techniques, or Rapid Prototyping, to provide proof of concept without the cost, delay, and risk associated with producing molding tools.Released multiple designs to production, ordered tooling, and verified parts met design specifications.Performed direct assembly of prototypes, including highly finished showroom quality parts. Aided contract manufacturers bidding cost and effort required to acquire and assemble components. Performed destructive and non-destructive testing of devices to confirm compliance with standards.

Operated and transported sensitive video equipment to record athletic activities in variable conditions.

Prepared data for stress analysis of high-pressure steam pipe systems required by power generation to identify areas under stress through correlation of documents and data.Planned, managed and documented efforts of a metallurgist and team of technicians in implementing non-destructive testing that resulted in identification and replacement of a potentially hazardous weld.