Forensic Engineering Expert Witnesses in Rhode Island

This expert is a building and construction professional with over 30 years of hands-on experience in the construction and building inspection industries. He has testified in numerous trials and depositions for both plaintiff and defense attorneys. He has been qualified as an expert in construction and personal injury cases in courtrooms from New York City to Connecticut to Boston and has authored and presented numerous Continuing Legal Education courses, coast to coast. This expert has been specifically trained in residential and commercial building codes, construction site safety, residential and commercial building envelopes, slip, trip and fall accidents and building inspections. His decades of practical experience provides him with the unique ability to translate written code words into three-dimensional, real world interpretations making him extremely valuable as a forensic expert. Since the late 1970’s, This expert has been involved in the residential and commercial construction and building inspection industries. He also has extensive experience in prefabricated buildings and ran separate building manufacturing, roofing and drywall companies as subsidiaries of his construction company. Using the partnership and knowledge of his father, combined with his natural instincts and abilities as a building professional, he has worked side by side with his dad in the family building inspection and construction businesses since the late 1970’s. As this expert says, “you cannot learn in college what you can learn from your father”. With that as his mantra, he is a firm believer that there is no better educational resource than hands-on experience. In 2014 this expert was hired as the lead expert by one of New York City’s most prominent personal injury law firms to act as the plaintiff’s safety expert in a construction accident case that returned a verdict in favor of the plaintiff in the amount of $62 million, the highest amount ever awarded to a single plaintiff in the history of Queens, New York.

This qualified engineer has handled numerous forensic evaluations for both law firms and insurance companies. He is licensed in the States of Connecticut and New Jersey with 20 years of experience in the engineering and construction industries serving in various management capacities. This expert has considerable experience in consulting on engineering standards, construction defects, OSHA safety standards and related matters. These strong qualifications make him highly capable of reviewing the case at hand. He has exceptional report writing capabilities and his investigations are detailed while incorporating all relevant technologies. His work for the legal community includes both the plaintiff and defense firms. He has been deposed, served as a trial consultant and his work has assisted in the settlement of several cases.

This expert received his BS and MS from the Mechanical Engineering Department at MIT and is a licensed engineer in NY and CT. He currently works as a forensic/consulting engineer at a private engineering firm. His investigative and analytic experience includes motor vehicle accident reconstruction, biomechanics, product design and safety, and computer simulation and animation. He has also served as a member of the ANSI/NGCMA Z130.1 engineering specifications committee.

This highly qualified engineer's expertise is in metallurgy and corrosion science and engineering. He has extensive experience in litigation and litigation support as well as extensive experience in pro-active client work. He specializes in failure analysis, corrosion failure analysis, material degradation, failure prevention, material selection, material characterization, and laboratory testing. He has conducted research and failure analyses involving uniform corrosion, localized corrosion, stress corrosion cracking, hydrogen embrittlement, fretting corrosion, formicary corrosion, graphitic corrosion, and galvanic corrosion. He has extensive experience solving complex corrosion problems using AC and DC electrochemical techniques, accelerated exposure techniques (environmental exposure and accelerated environments), material characterization techniques (microscopy and elemental analysis), metallographic examination, fractography, on-site investigations, and failure analysis.