Specialising in matters relating to explosions caused by gas and volatile liquids and all types of fires to the legal and insurance sectors throughout the UK and worldwide for 24 years.
Determination of the cause, origin and spread of fires and explosions.
Leading multi-disciplined teams in the investigation of many high profile and complex cases.
Case reviews for solicitors to assess and interpret the available fire related evidence in order to provide alternative hypotheses where possible.
Instructed in a number of civil cases including the fire at Dhaka Tobacco Industries, Bangladesh with a reported loss of $46 million.
Laboratory based casework including ignitable liquid analysis and interpretation, appliance examinations to determine the item or component responsible, appliance viability testing, heat damage examinations and interpretation, and temperature monitoring.
Consultant to the UN for Ignitable Liquid Analysis.
Preparation of forensic fire investigation reports for use by insurers, loss adjusters and solicitors in civil and criminal litigation cases.
Delivered fire investigation practical and theoretical training in Turkey as part of an EU Twinning Project.
Delivery of annual 5 day fire investigation courses (theory and practical) to Essex, Kent, Surrey, Sussex, Norfolk and Suffolk Police.
Attended fire and explosion scenes as part of a daily and out of hours on call rota.
Checked and peer reviewed a wide range of cases from other members of the fire investigation unit.
Assessment and interpretation of professional and expert witness evidence.
Attended Magistrates, Coroner and Crown Court as an expert witness and involved in case conferences with police officers, other scientists and the Crown Prosecution Service.
Departmental Head of training. Designed, presented and coordinated specialised fire investigation training courses for Kent, Sussex and Hampshire Police Constabularies.
Coordinated training and mentored new trainee reporting officers. Mentored an M.Sc. Forensic Science student researching heat damage caused to footwear due to exposure to a petrol vapour ignition.
Petrol branding research project examining petrol additives using Direct Analysis in Real Time