Michael Fogleman

Education

Developed the entire backend for an on-demand transit platform.
Developed an OSM router to estimate driving times between any two points.
Developed an algorithm to match passenger and vehicle locations to determine when mobile users are using transit.
Developed the backend for a web-based transit planning product that shows how passengers use transit and move around within a city.
Developed an algorithm for dynamically scheduling and routing vehicles.
Measured the accuracy of TransLōc's arrival predictions. Uncovered potential issues and possible improvements.
Parsed and aggregated automatic passenger counting (APC) data to derive several metrics useful to transit agencies including: total ridership, cost per passenger, most used stops, etc.
Developed a functional prototype of a transit analytics dashboard.
Analyzed huge database of passenger geolocation data to discover patterns in transit system usage.

Developed the Assay Development Environment (ADE), an application that...
- Allows users (biochemists and engineers) to develop programs for microfluidic devices by building drag-and-drop flow-charts instead of writing code.
- Is used daily by dozens of co-workers to develop, simulate and run experiments.
- Includes sophisticated algorithms for compiling diagrams into runnable code, synchronizing droplet operations, compressing programs, visualizing simulations, etc.
- Was pretty much the coolest software I’ve ever created in the workplace.
Developed Spot Logic, an application that...
- Is the software portion of a product used to test newborns for several genetic diseases.
- Was deployed in Illinois and Missouri for newborn screening.
Developed "The Fridge", a web application that...
- Records metadata and results for experiments in a centralized database (over 20,000 runs).
- Includes a sophisticated web interface for viewing and managing data.
Developed a touch screen user interface for a DNA sample preparation instrument.
Developed an application that utilized an XYZ stage and a USB camera to optically validate cartridges manufactured in-house.
Developed a web application with a desktop client for performing QC tests on disposable cartridges and recording the results.
Developed a web application for managing product keys for activating our software.

Developed the grammar for a proprietary scripting language and designed the software to parse, validate and interpret these scripts in both live and historical stock market contexts.
Designed a virtual trade engine to simulate order executions by processing stock market feeds and a real-market trade engine to forward orders to live exchanges.
Developed several utility applications including:
- Software to monitor systems and email administrators in the event of failures.
- Software to generate statistical and administrative reports and charts.
Optimized database tables and procedures as necessary to improve performance.
Designed a web-based survey application.
Developed an internal tool for tracking upcoming TopCoder competitions.

Designed and developed a flexible software framework to reduce the time and effort required to create industrial automation solutions.
Built a simulated oil pipeline to visually demonstrate the capabilities of our platform.
Received an individual evaluation of "Outstanding" after completing the Extreme Blue internship program.
Developed a web-based app for monitoring traffic on a topic-based messaging framework.
Developed and tested an AOL "channel adapter" using the TOC protocol to enable the INS product to send notifications to instant messenger users.
Developed software on top of IBM's evolving RFID platform which was heavily influenced by the results of my prior Extreme Blue project.
Implemented a "Dock Door Receiving" demo to showcase IBM's RFID platform.
Created an interactive, SWT-based user interface for the demonstration.
Developed a servlet-driven webpage for ordering new inventory from a virtual distribution company for the demonstration.
Helped create an application using the Eclipse RCP framework for viewing virtual inventory and shipments for the demonstration.

Developed a web page to display real-time weather data collected on-site.
Developed COM-based software to retrieve data from the DeltaV process control system for use in other software.
Developed Pocket PC software to assist execution of hardware test procedures.
Designed and developed software to wirelessly integrate Pocket PC devices with DeltaV systems, allowing operators to access data previously available only on desktops.
Developed software to generate documentation from DeltaV configuration files.
Developed a website to showcase in-house software and demos.