Premises Liability Expert Witnesses in Georgia

This highly qualified expert has over 30 years of experience in security and premises liability, with experience in the following settings: hospitals & healthcare, hotels, corporate, churches & places of worship, offices & buildings, restaurants, retail, and colleges. He earned his BA in justice and law administration from Western Connecticut State University and later earned his JD from the University of Connecticut School of Law. This expert holds several certifications including being a certified protection professional and a certified healthcare professional associates. In addition, he holds a FEMA certification in hospital incident command systems. This expert holds several professional memberships including being a member of the Florida Bar Association, the Florida Defense Lawyers Association and the Defense Research Institute, the American Society for Industrial Security, and the International Association for Healthcare Security & Safety. Formerly, this expert has held several roles including a senior associate attorney at McIntosh, Sawran & Cartaya, PA, an administrative security supervisor/chief investigator at Danbury Health Systems, the director of security and emergency m management at Kootenai Health, and director of security and transportation at Spectrum Health. Currently, this expert is the executive director of safety at a major health system and president and chief consultant at a security management consulting firm in Florida.

This highly qualified expert has years of experience in the field of premises liability. He received his PhD in criminology from Florida State University and is a certified protection professional by the American Society for Industrial Security. He is a member of various renowned professional associations, including the American Correctional Association, the International Society of Crime Prevention Practitioners, the Florida Crime Prevention Association and the National Floor Safety Institute. He is a former adjunct professor of criminal justice, corrections and criminology at Florida International University and a former professor of criminal justice at Keiser College. He has also provided consulting services and conducted lectures and workshops for various government agencies. He lectures both nationally and internationally and has published 44+ journal articles focused on crime prevention, security, and jail design. He is the president and owner of a major security and safety design company in Florida.

President and CEO of company which specializes in identifying areas prone to slip and fall accidents. He entered the field of slip and fall accident prevention as a participant in the development of a chemical compound. This chemical compound known as Anti Slip Solution would prevent slip & fall accidents when applied to the surface. He currently consults with clients nationwide regarding slip and fall prevention, slip and fall safety programs and maintenance protocol. He also conducts surface testing in slip and fall litigation to determine if the surface in question is suitable for the demands of the environment and the activities conducted. All surface testing is conducted using a BOT-3000E (Binary Output Tribometer) in accordance with the American National Standards Institute (ANSI) and the National Floor Safety Institute (NFSI). The BOT-3000E is a robotic type of tribometer that represents the leading edge of technology in the field of slip resistance. This machine is designed to test both Static Coefficient of Friction (SCOF) as well as Dynamic Coefficient of Friction (DCOF). The test method is referred to as touch down friction� which simulates how a person's foot would contact the floor during normal ambulation. The BOT-3000E is an electromechanical device whose operation and output cannot be effected by the operator, thus making it the first user-independent tribometer. The BOT 3000E also has a data port allowing the operator to download results in PDF format. Surface testing using the BOT 3000E will assist in determining if the surface in question is suitable for the demands of the environment and the activities that are conducted.