Logan has worked and researched for over 30 years with a steady focus on engineering solutions; safe work environments, task performance and the costs of doing business.
As president of 4M ETS, Logan has redefined the business model of disaster recovery and materials transportation monitoring by optimizing advanced IT, SaaS and B2B skills.
Logan has advanced degrees based in multiple engineering fields and research in computer science, and business management. With a background advancing computational and experimental techniques as well as Artificial Intelligence to improve the efficiency of nuclear power generation with a “New Method of Computing the Bulk Temperature of Pressure Water Reactors”.
Having applied multiple disciplines in the development of a state-of-the-art seating system that optimized the economics of ownership & operator driver safety, performance, and fatigue. As a member of ISO and ANSI for over 15 years, he has as supported and co-authored international and national standard for identifying, mitigating and limited the exposure of people to harmful whole-body and hand-arm vibration and shocks.
As a senior scientist in the Institute for the Study of Human Vibration at the University of Tennessee, they developed and trained the NIOSH research team started to study the dangers of Human Whole-body and Hand-Arm vibration and shock. Later, he supported the IPO of a private equity owned group of companies and was chosen to lead the R&D and Engineering team globally as Vice President. He developed and managed the construction of a state-of-the-art and award-winning corporate campus and R&D Center for Commercial, Agricultural and Military vehicle systems.
Logan and the 4M ETS team co-developed and deployed one of the first Automated Debris Management Systems (ADMS) for the US Army Corps of Engineers, USACE. He continues to support the leading engineering/debris management companies and municipalities with unique IT and disaster related personnel and services.
