Scott Bundy Email & Phone Number

Peyton, CO, US

Mclean, VA, US

Lead engineer supporting the Colorado Springs Engineering Center of Booz Allen. Primarily support Position, Navigation and Timing (GPS/GNSS-related services) projects, also support radar upgrade and enhancement project.

• Support US Air Force Space Test & Training Range (STTR), including designing custom test equipment for closed-loop emulation of satellite transponders and providing engineering support for STTR customer events, as well.
• Designed and implemented custom RF test equipment emulating multiple satellite transponders, including tunable transponders with appropriate filtering and user-defined transponder translation frequencies, thereby.
• Supported customer events on the STTR, including designing signal plans for events, configuring equipment to meet customer-specific requirements and providing general engineering support, as well as developing.
• Trained on and operated five different types of Very Small Aperture Terminal (VSAT) networks, and developed training material for engineering group within STTR as well as STTR customers.
• Performed numerous experiments pertaining to the limitations and effectiveness of certain satellite communication links, including design of experiment, execution of the experiment either in a closed-loop environment.

Dulles, Virginia, US

• Designed & developed individual antennas and phased-array antennas for applications ranging from satellite antennas, covert concealed antenna arrays, and wideband, wide-scan-volume, low-observable arrays, as well.
• Designed & developed processes for fabrication of individual antennas for guidance of advanced weapons systems, resulting in antennas capable of maintaining the RF link for guidance in a highvelocity environment.
• Designed & developed processes for fabrication of the passive aperture portion of widebandwidth, wide-scan-volume, low-observable phased-array antennas, resulting in state-of-the-art phased-array antenna technology.
• Designed & developed processes for fabrication of a very-wideband fixed-beam phased-array antenna for covert signal detection, resulting in a single portable low-profile antenna that replaced a full suite of.
• Designed two custom high-gain low-profile fixed-beam phased-array antenna systems for covert communication links, resulting in concealed antenna systems deployed in the field.
• Designed the active portion of two electrically-scanned phased-array antennas (one for the transmit command data link array for the TACSAT-II satellite), including the corporate feed network, power amplifiers, and.

Schaumburg, Illinois, US

• Involved in new product development, analyzed system-level benefits of company’s products in wireless communication systems, and managed extensive field trials of company’s products in customers’ networks.
• Defined architecture & requirements for new products in the wireless communication industry.
• Analyzed the system-level benefits of the company’s products for wireless service providers.
• Managed field trials of the company’s products in customers’ wireless communication networks.

Monroe, LA, US

• Performed both theoretical & empirical studies pertaining to wireless communications and evaluated new technologies from outside sources for application in the company’s wireless networks.
• Performed both analytical & experimental studies of methods for improving and/or optimizing PCS-band CDMA systems and other potential wireless communication systems for the company.
• Evaluated new technologies for possible application in the company’s wireless network.
• Provided analysis support for the implementation of a new wideband wireless data service.

• Managed the development of new products for the wireless communication industry and performed analyses to quantify the expected system-level benefits of the company’s products.
• Managed the development of a few of the company’s first prototype cryogenically-cooled towertop amplifier & filter systems for wireless communication systems.
• Conducted extensive field trials of equipment in the customers’ wireless networks, and analyzed the results, providing the service providers with quantifiable benefits of the company’s products.
• Directed development of new products for the wireless communication industry, including defining functionality & specifications for new products, managing engineering development of specific products, and.

Ph.D., Electrical Engineering - Electromagnetics

M.S., Electrical Engineering - Electromagnetics

B.S., Electrical Engineering - General