"Fancy FTP."AWS EC2, ECR, ECS, Fargate, Terraform, Packer, Ansible, Python, Node, Datadog, Docker, Docker-in-Docker, Kaniko, Kaniko-in-Docker, Inception jokes, recursion jokes.

Technical lead and architect for all 1Password marketing websites and services.Built and implemented a first-party instrumentation and analytics service for all 1Password marketing sites using Terraform, AWS Lambda, API Gateway, S3, KMS, Typescript, and Node.Migrated search functionality for the 1Password support site to a serverless architecture using Terraform, AWS Opensearch, Lambda, API Gateway, GitLab CI, Typescript, Node, and the Elasticsearch SDK. Expanded service and implemented search for our internal customer support knowledge base.Typescript, Node, GitLab CI, Docker, Terraform, S3, Cloudfront, Lambda, Lambda@Edge, API Gateway, Jest, Cypress, HTML, Sass.

Worked with the GE Aviation Fleet Support team to strategize, design and build Fleet Monitor X, a diagnostics suite that consolidates twenty separate tools for monitoring a global fleet of more than 24,000 aircraft and 56,000 engines. Used Node to generate large sets of realistic fake data to power complex, responsive prototypes built in Vue and Vuetify, which could be rapidly integrated with real data from back-end services.

Filament builds edge hardware for the industrial internet that allows assets to wirelessly and securely talk to each other. As Filament’s design technologist I built cross-platform apps for managing hardware, “headless” apps for connecting to mesh networks, and cloud infrastructures for securely transmitting and storing asset data.Using AWS and Terraform, I built a scalable cloud infrastructure that securely connects to a Filament mesh network and receives, stores, and publishes device data for authorized agents. Components included AWS IoT for connecting to Filament gateway devices, Lambda for processing device reports and API requests, Cognito for securing API access and authorizing users, DynamoDB, API Gateway, and S3 for hosting a web app secured with Cognito and written in Vue and Mapbox.Using Node, I wrote a gateway script that connects to a Filament mesh network and sends device reports to any configured integration, including AWS IoT, Microsoft SQL Server, Losant, and Socket.io. I packaged the script to function in numerous contexts, including on a Raspberry Pi, inside a Docker container, deployed remotely via BalenaCloud (née Resin.io), and embedded in a desktop app.I built a mobile progressive web app, secured by AWS Cognito and populated with data from API Gateway, that allows users to quickly activate a new Filament device. Capabilities included scanning a QR code on a device, confirming Filament mesh network connectivity, visualizing the status of the mesh network and all known devices, and displaying devices on a map.

Developed the mobile-first, responsive design framework for Predix APM, GE Digital’s flagship application for industrial monitoring and diagnostics, which deployed to production in July 2016.Worked closely with the Predix APM UX team to build and release responsive toast and notification capabilities, work that included a messaging API.Coached teams on advanced web application engineering practices including Node tooling, Sass, BEM syntax, and object-oriented CSS.

Worked closely with members of GE Aviation leadership to strategize, design, and deliver platform capabilities that address critical business needs around user collaboration, remote diagnostics, and industrial asset lifecycle management. Helped release Fleet Monitor, a web application for remotely monitoring jet engines, into production for hundreds of airline operation centers.Conceptualized, prototyped, and gained executive buy-in for 1Fleet Dashboard, a tablet-first view into fleet metrics for Aviation leaders. Led a small UX team to refine the application design, built visualization widgets alongside the engineering team using CSS, JavaScript and D3, and deployed 1Fleet for use by GE Aviation leadership.

Oversaw product strategy on multiple engagements with GE Aviation where I led the design, execution, and release of web applications for monitoring and maintaining jet engines. As an embedded designer on agile development teams, I used Angular and a full-stack JavaScript environment to create rich prototypes that rapidly integrated with our back-end systems.Strategized, designed, prototyped, and helped release two major iterations of Fleet Monitor, a new tool used by the GE Aviation Fleet Support team to monitor more than 38,000 jet engines across the globe.Designed, prototyped, and helped deploy Workscope Strategy Analyzer, a tool that allows GE Aviation to visualize tens of thousands of possible maintenance futures for a single jet engine, and identify the optimal workscope to perform on it.Created Propeller, a Node-based prototyping tool that enables code-savvy designers to build sharable, data-backed prototypes using the native code of the GE Industrial Internet Design System.

Worked with clients including Nike, Disney, SK Telecom, Topsy Labs, U.N. Global Pulse, PG&E, Aol, Duke Energy, Corporate Executive Board and Capital Group to strategize, design, and build compelling user experiences. Work involved research planning and preparation, field interviews, research analysis, sketching, concepting, wireframing, prototyping, and facilitating hands-on design workshops with clients.As a design technologist, took a leadership role on technology-focused client projects through planning, prototyping, and delivering production-ready responsive front-end code. Launched updated websites and content management systems for Adaptive Path’s MX and UX Week conferences, and helped launch a brand new Adaptive Path website.

Worked as an experience design intern on client projects, including concept generation and wireframing for the Cerego Smart.fm iPhone app. Published to the Adaptive Path weblog regarding sketching and concept work. Developed and launched an updated Adaptive Path website and home page using HTML, CSS, JavaScript, and PHP.

Managed the online presence of the largest windsports shop in the United States, including e-commerce engine, online product catalog, copywriting, content management, photography, advertising, and search engine visibility.Migrated website and commerce engine to a new hosting environment and a Ruby on Rails architecture. Continually improved website design, layout, and usability, helping drive the strongest online and offline sales in business history.

Managed website strategy, creation, and maintenance for more than a dozen clients as an independent web designer and developer. Work included project management, standards-based website design, back-end and front-end development, copywriting, webhost migration, software customization, and content management.

Rebuilt the front-end of the Big Winds e-commerce engine using standards-based design practices, and launched a new website design. Updated back-end code and administrative sections to support new products and categories.

Involved in the design, development, launch, and maintenance of more than thirty client websites, with work including project management, information architecture, website design and layout, copywriting, and front-end development.Created and implemented a series of website design standards, resulting in a unified front-end development process that the company continued to follow for more than five years. Trained a growing team of web designers in semantic standards-based design and development.

Rebuilt the Big Winds website using standards-based design practices, improving site usability, cross-browser compatibility and search engine visibility. Work resulted in a five-fold increase in online sales.