Dr. Stephen Fast has been an integral part of Remcom’s growth since 2002, leading the Government Service Division for the company. Holding a PhD in mathematics, Dr. Fast brings broad understanding of Remcom’s core expertise and many years of research and development. In addition to his previous role as Remcom’s Executive Vice President, Dr. Fast has held R&D positions at the Applied Research Laboratory at The Pennsylvania State University, The Applied Research Laboratory at the University of Texas at Austin, the Atlantic Research Corporation’s Electromagnetic Environmental Test Facility, and the U.S. Army Signal Corps. His research pursuits include: near earth propagation, electromagnetic propagation modeling and techniques, cellular phone modeling methods, computational electromagnetics, evaluation of tactical communications, and intelligence systems. These intellectual enterprises have shaped a remarkably broad range of professional accomplishments at Remcom, such as the development of the Electromagnetic Propagation Integrated Resource Environment (EMPIRE), novel algorithms in radio meteorology and a single point urban geolocation method based on urban propagation predictions. Dr. Fast has also led Remcom in a highly successful collaboration with the Penn State Meteorology Department, which focused on the development of atmospheric interpolation methods for anomalous conditions that may be used in support of radio wave propagation.

Dr. Christopher Penney is a co-founder of Remcom. He has extensive experience in the development of XFdtd^®, particularly in those aspects related to interaction with biological materials. He is an active member of the International Committee on Electromagnetic Safety, TC34 SC2: Wireless Handset SAR Certification. He served as the principal investigator on the Air Force funded effort that led to the development of Remcom’s human body repositioning tool, VariPose^®, and the Army funded effort that led to Remcom’s Rotman Lens Designer^™ tool. He also has expertise in the development and application of high frequency diffraction coefficients and application of FDTD to radar targets. Dr. Penney holds a PhD in electrical engineering and has authored numerous publications and articles dealing with electromagnetics.

Scott is a co-founder of Remcom. He is a developer of many of the technical capabilities of the FDTD solver at the heart of Remcom's first product, XFdtd, and has shaped the design and function of the XFdtd^® graphical user interface. He is a research engineer whose interests include analytical mathematics, specialized materials, and electrodynamics. Scott is also the product manager for the XFdtd family of products.

In addition to the EM expertise of Remcom’s executive leadership, the company’s staff of software engineers, research engineers, and application engineers possesses the technical competence to produce EM tools that continue to lead in our market. With advanced degrees in mathematics, computer science, electrical engineering, mechanical engineering, computer engineering, and physics, among others, Remcom’s talented technical staff is the company’s most valuable asset.