Location History:
- Kemah, TX (US) (2010)
- Sugar Land, TX (US) (2010 - 2023)
Company Filing History:
Years Active: 2010-2023
Title: Roger L. Fyffe: A Pioneer in Underwater Data Retrieval Technologies
Introduction
Roger L. Fyffe, based in Sugar Land, TX, holds an impressive portfolio of 31 patents, showcasing his innovative contributions to the field of underwater vehicle technology and seismic data acquisition. His groundbreaking work has significantly advanced marine exploration and data retrieval methods.
Latest Patents
Roger's most recent patents highlight sophisticated systems designed for the retrieval of ocean bottom seismic data acquisition units. One notable invention focuses on systems and methods to control a moving underwater vehicle that efficiently retrieves a seismic data acquisition unit from the ocean floor. This innovative system features an underwater vehicle with a specialized interlocking mechanism, which allows it to identify and retrieve seismic data units without the need for landing. Additionally, he has developed systems to locate seismic data acquisition units effectively, enhancing the efficacy and reliability of marine data collection operations.
Career Highlights
Throughout his career, Roger has had significant associations with prominent companies, including Fairfield Industries, Inc. and Magseis Ff LLC. His expertise and innovations in marine technology have solidified his reputation as an industry leader in underwater exploration and data collection.
Collaborations
Roger has collaborated with accomplished professionals in his field, including colleagues Etienne Marc and James Nelson Thompson. These partnerships have fostered the creation of cutting-edge technologies and contributed to the ongoing evolution of seismic data acquisition methods.
Conclusion
With a robust portfolio of patents and notable contributions to marine technology, Roger L. Fyffe exemplifies the spirit of innovation. His work not only enhances our understanding of underwater environments but also plays a critical role in advancing the efficiency of seismic data retrieval systems.