Matthew Ford, Ph.D., P.E. Email & Phone Number

Baltimore, Maryland, Us

Baltimore, Maryland, Us

Rueil Malmaison, Paris, Fr

● Architect and lead developer of real time compensated volume balance leak detection systemo Designed as a lower cost/easy to deploy alternative for pipelines not flowing through HCAs.o Written in C++11/14 the system design consists of a multithreaded real-time kernel, capable of external communication as well as control over a number of computation engines ● Research group leader of machine learning team consisting of three engineers and two developers. o Prototype was developed in a combination of C#, R, and Python languages, delivered within seven months of the group’s formationo PoC run against 2 years of real world data from a 700+ kilometer pipeline along with over 50 simulated rupture conditions. System detecting 100% of the simulated ruptures while delivering zero false positive signals over the simulated two year period—a total of over 10MM individual calculations ● Senior technical developer of our company's next generation real time hydraulic modeling system designed to work in conjunction with SCADA systems deployed throughout the world.o Develop core computational engineering middle-layer and backend technologies that support the real time monitoring of oil and gas pipelines throughout North America and internationallyo Software development focused on C# 7 language running on top of .NET 4.6 as well as C++11/14 for more legacy code base work● Lead developer and architect of company’s meta-code generator software for extending our core code generation engineo Macroprocessor defined a small—but thorough (fully typed and scoped with multiple control constructs)—DSL that allowed a user to arbitrarily extend generated code in any programming languageo DSL developed using the ANTLR compiler generator in C# and processed using customer interpreter that was my design● Lead team of four developers in a group of eight in a scaled agile development environment. o Helped oversee team transition from a waterfall to our current SAFe methodology

Rueil Malmaison, Paris, Fr

I worked as a project engineer configuring and deploying real time thermohydraulic models of oil pipelines to be used in the real time detection of leaks and ruptures. Responsible for the technical accuracy of simulations, as well as the scheduling and delivery of complete distributed systems. Worked on deploying to customers across North America and implementing our work on various SCADA (industrial control systems)

New York, Ny, Us

Science writer specializing in physics (high energy and cosmology), chemistry (inorganic and quantum), mathematics, and engineering. Also cover a variety of other fields ranging from anthropology to medicine to entomology.

Member of the space plasma and interactions research group. Worked with models that examined the physics of the near-Earth space environment.

Amherst, Massachusetts, Us

Research into the thermodynamics of simplistic models of silicates and their ability to describe the formation of complex structures from simple precursors via Monte Carlo simulations.

Phd, Chemical Engineering

Bche, Chemical Engineering