Jack Taylor is a notable figure in aerospace technology as the co-founder of GPMS (Green Power Monitoring Systems) International. Founded in 2013 alongside Eric Bechhoefer, GPMS is acclaimed for pioneering advanced Health and Usage Monitoring Systems (HUMS) predominantly for the aerospace sector. The innovative edge of GPMS's technology has positioned the company as a leader in condition monitoring solutions, especially for helicopters, offering significant improvements in safety, maintenance efficiency, and operational readiness. As you'll discover in this article, Taylor’s journey is a testament to innovation in engineering, contributing to substantial advancements in the aerospace industry.
Jack Taylor co-founded GPMS in 2013 with Eric Bechhoefer. The company originated from a vision to revolutionize machine health monitoring systems using cutting-edge hardware and software advancements. The founders' innovation was particularly focused on helicopter monitoring, where existing solutions were seen as cumbersome and costly. GPMS introduced more efficient, lighter, and cheaper solutions, setting a new standard in the industry.
Taylor serves as the Senior Software Architect at GPMS, leveraging over 30 years of experience in aerospace software engineering. His work involves designing real-time embedded software and data visualization systems. His expertise ensures that GPMS solutions are at the forefront of technological innovation, particularly in creating user-friendly interfaces and improving data integration.
GPMS's flagship product, Foresight MX, represents a significant advancement in HUMS technology. Launched in 2018, it offers predictive health management for helicopters, enabling operators to preemptively address potential mechanical issues, reducing maintenance costs and improving safety. It has become a key product used by major companies like Bell and Duke Energy.
Taylor holds a Bachelor of Science degree in Computer Science from East Stroudsburg University of Pennsylvania. His education laid the groundwork for his career in developing complex software systems, enabling him to navigate the intricate requirements of aerospace applications.
The introduction of GPMS's HUMS has substantially influenced the aerospace sector, particularly in rotorcraft operations. By providing accurate and timely data, GPMS solutions have enhanced maintenance procedures, ensuring higher reliability and operational availability of helicopters, thereby boosting industry standards.
Jack Taylor has established significant partnerships, notably with Bell Helicopter. This collaboration facilitated the integration of GPMS's systems into Bell's helicopters, showcasing the scalability and effectiveness of their technology on an international scale.
Throughout his career, Taylor has faced the challenge of integrating complex aerospace software systems with cutting-edge hardware. His approach focuses on usability and solving real-world problems efficiently, addressing the intricate balance between technological feasibility and practical application.
Known for his collaborative approach, Taylor promotes innovation through teamwork. His leadership fosters a culture of continuous improvement and encourages creative problem-solving among his teams. This environment has been pivotal in driving GPMS's success.
With advancements in AI and data analytics, Taylor's future innovations at GPMS are poised to enhance the sophistication of monitoring systems. These could potentially broaden GPMS applications beyond aerospace, venturing into other sectors needing advanced machine monitoring.
Beyond his professional endeavors, Taylor enjoys woodworking and home improvement projects in his Long Beach, CA home. His commitment to his craft extends into his personal life, where he balances innovation with creativity in both technology and personal interests.
Jack Taylor’s journey with GPMS highlights a successful blend of technical expertise and visionary entrepreneurship. As GPMS continues to lead innovations in HUMS, Taylor’s contributions have been instrumental in shaping the future of aerospace technology. His story underscores the impact of combining skilled craftsmanship with pioneering spirit, paving the way for future technological advancements in the sector.