Digital Series – Hidden In Plain Sight: Closed Circuit Television (CCTV)
An explanation of the data stored by CCTV systems, how the data can be extracted, and what analysis techniques are available.
Digital Series – An Introduction to Hawkins’ Digital Forensics Services
This webinar gives examples of devices and data types that Hawkins regularly examine, as well as some fascinating case studies.
Metadata Matters: How Metadata Can Help Your Investigation
A deep dive into what metadata is, where it exists, and how it can be used as evidence during an investigation.
Glasgow series – The use of drones to inspect fire-damaged buildings
The use of drones in fire inspections: Overcoming the challenges of restricted access and assist in the production of comprehensive visual reports
Reigate Series – Better Ways to Visualise The Scene: 3D Data Capturing & Modelling
Webinar: photogrammetric modelling service for exhibits and scenes including point cloud presentations and using VR headsets.
Robert Taylor
Robert is a Senior Associate based in our Birmingham office who specialises in the forensic investigation of road traffic collisions, vehicle and mechanical failures, and personal injury claims involving vehicle and workshop related incidents. Robert has completed a wide range of investigations and has prepared numerous CPR compliant reports. He is experienced in completing vehicle examinations, collision scene surveys, analysis of CCTV and ‘dashcam’ recordings, download and analysis of Event Data Recorder (EDR) data, and analysis of the damage sustained to vehicles and how that affects roadworthiness. Before joining Hawkins in 2020, Robert held the position of Principal Engineer at Millbrook Proving Ground, having worked there for nearly nine years. He was the Subject Matter Expert for active safety, having worked extensively in the testing, development, and certification of Advanced Driver Assistance Systems (ADAS), such as Autonomous Emergency Braking (AEB) and Lane Support Systems (LSS). Robert worked on a wide range of vehicles, ranging from hyper-cars and passenger cars to buses, lorries, and military vehicles. He gained extensive knowledge of vehicular systems and dynamic characteristics, having also held an advanced driving permit allowing him to drive vehicles beyond the limit of grip. Robert graduated from the University of Warwick in […]
Charles Murdoch
Charles’ background is in materials, having graduated with an MEng in Materials Science and Engineering at Imperial College London, UK. In his final year of study he took a slight specialism into Aerospace Materials covering aerospace structures and design. After leaving Imperial College, Charles secured a graduate scheme position with Rolls-Royce plc based initially in Derby, UK. As a graduate he spent placements on the shop floor, at the Heathrow field service office looking after British Airways and also spent time in Montreal, Canada, with the Energy business. After 18 months, he graduated from the scheme and into the Rolls-Royce internal Failure Investigation Team investigating a wide range of components from failed bolts to failed fan blades. In the majority of cases investigations concerned metallic components, however polymer, composite or even cardboard components were not uncommon. Investigations regularly included an aspect of tribology or fractography using a high magnification scanning electron microscope. In 2014 Charles relocated back to London and to Hawkins, and has continued to investigate Materials and Mechanical failures. Charles now regularly returns to his ‘student days’ at Imperial College to perform analysis of fracture surfaces on the microscopes available. Since joining Charles expanded his areas of expertise […]
James Kingham
James graduated from the University of Birmingham in 2005 with a Master’s Degree in Mechanical Engineering, having completed an industrial placement year working in cryogenics for The Hymatic Engineering Company (now part of Honeywell Aerospace’s Defence & Space business group). After graduating, James returned to Honeywell Aerospace as a development engineer, working on Joule-Thomson coolers and Stirling Cycle Cryocoolers primarily for missile and satellite applications. This included customer driven development projects as well as R&D and investigative projects. In 2010, James took on the role of New Product Development Manager with ITT (later Xylem) Flow Control, overseeing the development of pneumatic and hydraulic valve actuation controls and actuators for use in severe service environments, including the oil & gas and rail industries. James was then promoted to Centre of Excellence Engineering Lead – Valves (Technical Manager) in 2013, becoming the senior technical contact at the Wolverhampton site overseeing product development, project management and product certification activities within the business. James is a Chartered Engineer and as such is a full member of the Institute of Mechanical Engineers. James also holds a Level 5 diploma in Management & Leadership and is a Six Sigma Black Belt.
John Holland
An Intel scholar, John graduated with a 1st Class Honours Degree in Mechanical Engineering from University College Dublin, Ireland in 2000. As part of his degree he developed an automatic moisture sensor for use in the peat industry for which he was awarded the Hewlett Packard national award for innovation in engineering. After a brief period with Schlumberger Oilfield Services in Peru, John returned to Ireland to take up a position with Teradyne Connection Systems, before joining Timoney Technology as a mechanical design engineer, where he specialised in the design and development of Hydropneumatic Suspension Systems for specialty off road vehicles. In this role he also gained considerable experience with computer aided engineering techniques such as Finite Element Analysis and Vehicle Multi-body Dynamic Analysis. John was appointed engineering manager with Timoney Technology and took over full technical responsibility for all engineering projects and products. Projects of note include the DARPA Unmanned Ground Combat Vehicle, the USMC Gladiator Tactical Unmanned Vehicle and the Timoney ADT Independent Suspension Axle System manufactured under licence by Terex Equipment Ltd. John was also involved with the Ginaf Rally Power and DeRooy race teams for the 2007 Dakar Rally and has numerous automotive suspension patents filed […]
Gavin Dunn
Having gained a first-class MEng degree in Mechanical and Manufacturing Engineering from Queen’s University Belfast (QUB), Gavin started his career by taking on the role of Knowledge Transfer Partnership Associate with QUB and John Huddleston Engineering. During this time, he developed the use of CATIA computer aided design software across the business to manufacture 5-axis precision machined aerospace parts, before accepting a position with John Huddleston Engineering as an Engineer. In this role Gavin programmed 5-axis machining centres, designed tooling and jigs, and ensured a consistent production of complex precision aerospace parts was maintained. In 2010, Gavin joined Forensic Science Northern Ireland as a Forensic Engineer in the Road Traffic Collisions (RTC) team. In this role, Gavin attended serious and fatal road traffic collision scenes across Northern Ireland often in the immediate aftermath while the road remained closed by police. Gavin was responsible for the forensic reconstruction of collisions from the scene through to the court room. He conducted examinations, tests, and analyses to determine the circumstances of each collision as fully as possible, many of which were high profile cases. He routinely advised investigation teams on forensic strategy, provided direction to other scientific staff, and liaised with external technical […]