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Bruce Floyd B. is listed as Innovative Acoustical - Electrical - Mechanical Engineer at Blue Parrot, based in United States. AeroLeads shows phone signal with area code 602 and a matched LinkedIn profile for Bruce Floyd B..
Bruce Floyd B. previously worked as Lead Consultant at Blue Parrot and Senior R&D Engineer at Avago Technologies. Bruce Floyd B. holds M.S., Engineering Acoustics from Pennsylvania State University.
Top-performing engineering professional with broad experience. Self-motivated and able to see the “big picture”. Recognized for creative, unique and innovative solutions to complex problems. Proven track record of results, project management, cross-cultural partnerships and coordination of cross-functional teams. Exceptionally strong interpersonal skills - able to effectively communicate technical information and work cooperatively and successfully with all levels of an organization. CORE COMPETENCIES• Acoustical and dynamic systems technology• Acoustical and mechanical analogous circuits • Acoustical simulation with COMSOL™ Multi-Physics software • Acoustic and vibration measurements • Transducer applications and radiation patterns• Constrained-layer damping• Low-noise transformer design• Acoustic design and analysis • Noise and vibration control• Innovation - 5 patents• Recognized for contributions to the US Navy SeaWolf submarine program. Designed power electronic system to reduce acoustic and vibration emissions by 56dB (99.8%), rendering it inaudible.• Saved $287,000 by streamlining the product design process - eliminating test duplication.• Reduced warranty replacement costs for an avionics module by $337,700 in the first year by optimizing product packaging, handling and logistics.• Designed custom acoustic silencers for three 3,500 hp motors at the Maine-Yankee Nuclear power plant, allowing the plant to meet OSHA standards. Reduced noise by 30dB (97%). Reduced motor temperatures by 12 °F, (13%), doubling motor life.Keywords: acoustics, electroacoustics, audio, comsol, bruce f. beaudry, bruce beaudry
Listed skills include Project Management, Sensor Design, Transducer Design, Piezo Electric Transducers, and 24 others.
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Designed an ultra-miniature loudspeaker for cell phones, and an acoustical absorber for clean rooms, hospitals and kitchens (patents pending), and designed a television studio. Analyzed transducer design techniques. Did research into transducer wavefront control and the effect of room acoustics.
Developed a unique ultrasonic acoustical MEMS transducer with a small research and development team. Responsibilities included the acoustical concept and design, package integration for acoustics, manufacturability and cost, and qualification of reliability. This product was selected by a major manufacturer for a high-volume product line.• Led the acoustical design on a fast-paced product development team achieving “quantum jumps in program progress”- each time allowing the program to continue. • Revitalized the design process, using concurrent activities to avoid repeating the reliability qualification, saving over $287,000.• Managed the reliability and qualification test program, formed and led ad-hoc teams involving people in six different departments and in four different countries. Achieved successful results, on time, for successful business reviews, both internal and with our customer. • Introduced acoustical-mechanical modeling using COMSOL Finite Element Analysis software, driving performance improvements and reducing development cycle time. As a result, this method has been adopted throughout the division.• Achieved four patented inventions for the MEMS product, which created a competitive advantage and superior performance.
Performed acoustical, vibration and mechanical measurements on new elevator prototypes. Analyzed test data and made recommendations for improving elevator ride quality. Also carried out reliability testing and analysis on critical electro-mechanical safety components.• Improved elevator ride quality and lowered cost by inventing a self-adjusting vibration isolator for elevator cars and wrote the business plan for implementing it (international patents).• Effectively managed test and data analysis projects.• Upgraded the measurement lab, improving and streamlining measurement methods, saving time and money.• Expert acoustical and vibration analysis using the Bruel & Kjaer PULSE multi-analyzer.
Product Engineer for an Attitude and Heading Reference System, a gyroscope-based navigation computer, used in large numbers in business and commuter jets and for high-precision “smart” pressure sensors for aircraft altitude and airspeed data. These air data modules are used on Boeing 7X7, Airbus A320, and F-16 and F-18 Fighter aircraft. Designed mechanical interfaces for air data avionics modules for higher yield, lower cost and greater reliability.• Achieved first year savings of $337,700 by reducing gyroscopes damaged during field re-calibration.• Met tough schedule, performance and size requirements for the de-icing subsystem of the F-35 Joint Strike Fighter's air data probe, by leading a 3-person design team.• Achieved reduced cost, increased reliability and improved manufacturability for new versions of a precision altitude sensor module. • Supported Embraer’s new plane certification by managing the building and testing of prototype sensor boards, achieving record one-week turnaround times on each of 4 builds.
Led the acoustic and vibration design work for military electronic power conversion systems, which helped win profitable contracts. Conceived, set-up and managed an extensive military testing program for qualifying the vibration emissions of large electronic power conversion systems.• Designed an electronic power conversion system, which could power 5 average homes, for reduced acoustic and vibration emissions. These emissions were reduced 56 dB (99.8%) from the previous design, rendering them inaudible. • Designed and performed sound intensity analysis of electrical power transformers, leading to improved design with reduced noise and vibration, and lower temperature, in a nuclear submarine application.
Activities and Societies: Designed and made earphones for audiometric measurements; Designed and made a realistic artificial ear..
Activities and Societies: Designed and built vented-box loudspeaker systems. Eta Kappa Nu, Audio Engineering Society, Institute.
Quick answers generated from the profile data available on this page.
Bruce Floyd B. works for Blue Parrot.
Bruce Floyd B. is listed as Innovative Acoustical - Electrical - Mechanical Engineer at Blue Parrot.
AeroLeads has found 2 phone signal(s) with area code 602 for Bruce Floyd B. at Blue Parrot.
Bruce Floyd B. is based in United States while working with Blue Parrot.
Bruce Floyd B. has worked for Blue Parrot, Avago Technologies, United Technologies - Otis, Honeywell Aerospace, and Eaton Corporation.
You can use AeroLeads to view verified contact signals for Bruce Floyd B. at Blue Parrot, including work email, phone, and LinkedIn data when available.
Bruce Floyd B. holds M.S., Engineering Acoustics from Pennsylvania State University.
Bruce Floyd B. is listed with skills including Project Management, Sensor Design, Transducer Design, Piezo Electric Transducers, Comsol Modeling, Mems Device Design, Ultrasonics, and Room Acoustics.
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