Built Interactive web applications for university courses, built to specification of the Faculty per course. Many of these applications interfaced with various LMS using LTI(Learning Tools Interoperability) to access student user data and save data in databases.

Made changes to LMS themes, as part of new features, bugfixes and accessibility upgrades. Improved the printability of a LMS theme, and updated existing Vue.js and JQuery applications to be WCAG compliant

Some of the applications I built were: Scheduler Tool, Case Studies Groups, Writing Prompt Randomizer

Worked on a subscription service, built to supplement Hagerty's car insurance policies with extra benefits called Hagerty Driver's Club.

Built Sitecore pages and added features to Driver's club sign up pages. Worked on scheduled deployments and related builds and meetings.

Debugged edge cases related to specific customer and policy types. Built data visualization screens for insurance agents, and supported legacy browsers to assure continued access for all users. Attended Agile ceremonies during quarterly release planning meetings where large tasks were broken down and estimated for the coming quarter.

Designed and implemented a shop floor tool called Standard Work Optimization Tool(SWOT).

The usecase was that there were workers that needed an optimized list of operations given that they work on 4 machines at a time milling parts and need to know when to start each part to save the most time, by setting up the next part while the current part is in an automated machine.

In effect we created system to format input files so that they are sent to an optimization algorithm and then connected to a visual layer for the workers on the shopfloor to step through so they were sure they were working in the most efficient pattern. The main advantage is that the tool could repotimize any task list at any point in time.

This tool was designed to replace a standard process where the optimized path was generated once before a shift started and was printed out on a sheet of paper. Turns out this had many limitations, mostly related to delays in a worker's schedule for breaks or maintaince of the milling machines. This would throw off the optimazed path becasue when the worker returned from a delay they were ready for the next step, but the automated manufacuturing processes were running while they were gone as a result their predetermined path was no longer optimized.

As a part of a small team, I stood up a MVP using a Polymer.js and Node.js front end app connected to a Spring Boot App connecting to a Postgres database which took about 6 months to bring to General Electric Aviation factories. There were many further iterations of this product, but I was moved onto another larger project.