Work with clients and partners to propel their software development projects to success. Understand and take into account the client's business needs when making engineering design and architecture decisions. Educate and train the client software team in the chosen technology and industry best practices. Partner with the software development team to create and refine the software development process. Help the client with staffing the team to meet their expectations within budgetary and schedule constraints. Provide guidance on project estimates and prioritization to maximize the development team's ability to concentrate on high value tasks. Lead or support the engineering effort through education and mentoring of team members to create the next generation of leadership.

Added and updated features in the ProVIEW single-page application. Refactored large multi-control templates into composable components in a hybrid Angular application. Integrated third party UI controls creating interfaces and adapters to allow for reuse among different views. Characterized, debugged, and fixed various issues including memory leaks and UI display performance problems. Participated in reviewing code for pull-requests before they were merged to development branches. Created new or updated existing server endpoints to return required information. These changes often resulted in new business objects being created in both .Net (C#) and Node.js environments to communicate with other application components or hardware devices.

Designed and implemented an HTML5 single-page application that creates and fulfills photo products using Kodak Alaris REST services. React is used to create the UI from composable components and minimize UI updates at run time. Localization support for text, numbers, and dates is provided using React-Intl. Application state and data-flow are controlled using Redux. Other client-side capabilities including WebWorkers, and ServiceWorker help to speed up UI refresh by moving asynchronous tasks off the main thread and improve initial display of the UI. These are supplemented at build time using Node.js and Gulp to automate the compression of resources, such as PNG images, and processing and minification of Javascript and SASS files. Source code is transpiled to browser compatible ES5 JavaScript using Webpack. The application is continuously deployed from GitHub to Azure when code is committed. Server side augmentation was done using Node.js and Restify. The project team included developers with varying levels of experience in JavaScript. Helped members acquire the skills and tools they needed to complete their tasks; accomplished through activities that included writing documentation for the development process and working one-on-one with members, including pair programming, as needed.Architected and implemented the Kiosk Web Apps API and Javascript SDK which allows 3rd party partners to implement Web-based embedded applications with controlled access to the kiosk’s environment and devices. This API allows new products and services to be added to the kiosk without requiring code changes by Kodak Alaris. Development involved designing the API, implementing the kiosk components that display and interact with the Web app, writing developer documentation to be shared with partners, creating test tools for partner developers (including IIS served ASP.Net Web pages and REST service examples), and providing technical support.

Worked with the project’s Commercialization Manager to schedule and plan the project’s quality activities for both software and hardware. Supervised activities of test engineers and technicians. Reviewed software test plans for quality metrics and procedures. Worked with the software lead to finalize the processes for incident reports and change requests. As a quality engineer, designed and documented software functionality test procedures based on requirements. Compiled test results for presentation during gate reviews. Designed and documented hardware quality plans for EMC compliance, environmental testing, robustness and reliability, and shipping and packaging requirements.Image quality engineer responsible for designing and executing image quality tests. Tests required operating a variety of equipment, including automated colorimeters and microdensitometers. Planning subjective tests involved selecting an appropriate test methodology, recruiting volunteers to view and provide feedback about images, and compiling test results.