Our 10th Annual National Tour returns with 13 stops across Canada. This year, we’re delving into the ever-evolving challenge of fraud, which continues to grow in sophistication and scale, placing increasing pressure on insurers and claims professionals. Through real-world case studies, our forensic experts and engineers will review red flags and common indicators of suspicious claims and discuss the investigative techniques used to identify potential fraud.
Applicable for Continuing Education Credits in British Columbia
Accreditation Pending in Alberta, Saskatchewan and Manitoba
April 23 – Halifax, NS
April 28 – Windsor, ON
April 28 – Winnipeg, MB
April 30 – Ottawa, ON
May 5 – Mississauga, ON
May 12 – Saskatoon, SK
May 14 – Regina, SK
May 21 – Calgary, AB
May 26 – Edmonton, AB
May 26 – Kelowna, BC
May 28 – Vancouver, BC
June 2 – Nanaimo, BC
June 3 – Victoria, BC
Isabella is an investigator specializing in Materials Engineering. She has a Bachelor’s and Master’s degree in Materials Science Engineering from the University of Toronto, with a certificate in Forensic Engineering.
Dinu is a Lead Engineer with more than 30 years experience in the industry, including more than 23 years in Mechanical, Materials, Product, and Equipment Failure Investigations. Dinu has been the lead investigator on more than 2,500 complex and multidisciplinary investigations in those fields for the insurance industry, risk managers, law firms, manufacturing companies, and private clients. Dinu is a Registered Professional Engineer in the province of Ontario, is designated as a Consulting Engineer, and has been qualified as an expert witness in the Court of King’s Bench of Manitoba and Saskatchewan.
Dinu has participated in 23 multi-national projects which resulted in the development of new materials and processes. He has taught at undergraduate and graduate levels on materials science and engineering and on failure analysis, and is an active mentor for engineers in training. Dinu is a member of the American Society for Metals (ASM International), American Society for Mechanical Engineers (ASME), Association for Materials Protection and Performance (AMPP, formerly known as NACE, National Association of Corrosion Engineers). Throughout his career, Dinu has delivered both technical papers and presentations at several international conferences on materials science and engineering.
Dinu’s experience and expertise is in a variety of complex metallic and non-metallic (plastic) materials/mechanical failures, mechanical systems and equipment failures, product liability, corrosion, oil spills, residential and commercial plumbing systems and appliances failures, personal injuries associated with product failures, break and entries, insurance fraud, and sprinkler system failures.
Paul is a licensed Professional Engineer specializing in Mechanical and Materials Engineering with expertise in forensic failure analysis. His skills encompass materials testing, metallurgical sample preparation and microstructure characterization.
With hands-on experience in automotive product design and testing, Paul’s knowledge extends to failures in consumer and industrial products, plumbing systems, automotive components, and issues stemming from corrosion, fatigue, improper installation, and poor material selection.
He is proficient in analysing failures related to metals, polymers, glass, ceramics and composites using analytical tools like XRD, XRF, SEM, EDX, and optical microscopy. Paul has collaborated with insurance companies, law firms and industrial risk management teams. His contribution to the field of materials science and engineering is validated by 25 technical publications and presentations.
Chase is a Materials Engineer and Certified Fire and Explosion Investigator with five years of experience. He has a bachelor’s and a master’s degree in engineering with a specialty in Materials Engineering from the University of Toronto. Chase has been involved in more than 400 fire investigations and 80 water loss and failure analysis investigations and has prepared more than 200 formal engineering reports.
