Jeff Meese Email and Phone Number

Provided network analysis for multiple lab based risk reduction activities for the Wideband Networking Waveform (WNW).Developed a set of packet analysis software tools to address the needs of specific Army networking analysis that are currently used in multiple network analysis lab based events.

Supported development of multiple large scale software applications for the modeling and simulation of complex antennas providing both computational algorithm implementations as well as graphical user interfaces.Provided support for proposal development.

Performed network analysis on tactical communication and networking systems in support of Army Network Integration Events (NIEs).Computed atomic, combined, and aggregate statistical performance metrics on multiple terabyte data sets in compressed time frames to analyze and compare various networking waveforms such as SRW, WNW, ANW2, and MAINGATE.Analyzed the relative performance of end-user Android devices at the tactical edge in both cellular and tethered implementations.Involved in planning, developing, and implementing a Live-Virtual-Constructive (LVC) environment for the analysis, modeling, and simulation of tactical communication waveforms up to and including the brigade level.

Principal investigator for a novel signature analysis program supporting the development of future military aircraft. Led the design task for the development of a high return passive reflector. Principal investigator for the design of cavity backed spiral antenna that included adaptive gain and impedance characteristics. Developed a user interface based software tool to aid in the design, analysis, and visualization of adaptive antenna structures that became an integral part of the workflow process for multiple research programs. Performed XPATCH simulations in support of space based imaging of satellites.Technical lead for an analysis task to determine the signature impact of structural changes for the Littoral Combat Ship

Responsible for modeling and simulation of installed antenna patterns and electromagnetic interference/compatibility analysis of communication, navigation, and satellite systems for the C130 Avionics Modernization Program (AMP) using NEC, APATCH, and C-DOVA. Developed time saving automated tools using Visual Basic interfaces to PowerPoint, Word and Excel to improve in-house processing of electromagnetic interference analysis data.Performed range analysis for communication and navigation systems as well as link budget analysis for satellite systems. Developed wireframe and solid faceted models for numerical analysis using Rhinoceros®. Analyzed antenna pattern and EMI results to generate detailed reports including recommendations to improve antenna performance and alleviate possible EMI/EMC situations.

Conducted research in support of a contracts funded by; now ATK) and Veridian Engineering (now GDAIS), and Boeing Corporation.Developed simulation software for modeling of high-frequency, conformal wide-band antennas using a novel hybrid Finite Element-Boundary Integral (FE-BI) method. Simulation included RCS, antenna pattern and antenna input impedance characterization. Developed software using an object-oriented approach in C++ not often used in scientific programming which resulted in software that was more easily maintained and readily adaptable to future improvements. Developed Windows based end-user interface software in Visual Basic for a point measurement device used to determine the electromagnetic properties of radar absorbing materials mounted on surfaces of military vehicles.

Instructed labs in Electro-Optics, Digital Control and Robotics, and Electronic Instrumentation Systems. Graded student lab reports. Created and administered student quizzes. Maintained office hours to help students with class and lab work and organized review sessions for students.

Operated a support desk answering engineering questions regarding company products. Maintained and reorganized company web pages. Developed CGI scripting programs in C++ and Perl to log in and register customers over the Internet.

Conducted benchmark durability and ergonomic tests on company and competitor car seats. Performed computerized vibration analysis testing to determine resonant frequencies of metal car seat frames. Compiled test data and constructed test reports