Company Filing History:
Years Active: 2017
Title: **Geoff Routledge: Innovator in Valve Fault Detection Technology**
Introduction
Geoff Routledge, based in Gilroy, California, is an accomplished inventor recognized for his innovative contributions to automotive technology. With a focus on enhancing engine performance and reliability, Routledge's work has led to the development of significant patent advancements.
Latest Patents
Routledge holds a patent for "Valve Fault Detection," which outlines methods and systems to detect valve actuation faults in internal combustion engines operating in a skip fire mode. This innovation utilizes a torque model to estimate the expected net torque during specific operating conditions, factoring in individual cylinder contributions. The approach allows for quick identification of valve actuation faults, achieving detection within a single engine cycle of the fault's initial occurrence.
Career Highlights
Currently, Geoff Routledge is employed at Tula Technology, Inc., where he leverages his expertise to drive advancements in engine technology. His work is pivotal in fostering more efficient engine operations, contributing to the broader goal of increased performance and reduced emissions across internal combustion engines.
Collaborations
Throughout his career, Routledge has collaborated with talented professionals, including Matthew Aaron Younkins and Shikui Kevin Chen. These partnerships have enabled innovative brainstorming and development, furthering the scope and impact of their collective work in advanced automotive systems.
Conclusion
Geoff Routledge's dedication to innovative engine technologies underscores his significance in the field of automotive engineering. With his patented valve fault detection technology, he continues to play a crucial role in improving engine performance and reliability, reflecting a commitment to excellence in innovation. His contributions not only enhance vehicle efficiency but also pave the way for a more sustainable future in automotive technology.