My PhD research is investigating innovative and novel technology for documenting crime scenes and the subsequent presentation of such evidence in courtrooms. My research seeks to validate the accuracy and precision of measurements taken using a Spheron VR 360-degree camera using photogrammetry in comparison to traditional tape measurements taken at crime scenes.

In addition, the research explores other similar documentation technologies identifying the advantages and disadvantages of these to provide police services with impartial data which may allow them to make a more informed decision when considering purchase of such equipment.

Another part of my research presents a technique, which allows the simultaneous detection and visualisation of semen and saliva utilising a SceneCam 360^o camera (Spheron VR.), which was adapted to integrate a blue Crime Lite XL (Foster + Freeman).  These preliminary results are presented as a proof of concept for combining 360^o photography using High Dynamic Range (HDR) and an alternate light source for the detection of biological stains, within a scene, in real time, whilst conveying spatial relationships of staining to other evidence

This technique presents the opportunity to rapidly screen a crime scene for biological fluids and will facilitate simultaneous location and visualisation of biological evidence.  The final part of my research explores the current situation with regards to technology use in the courtroom. This study explores scene of crime officers and road traffic officers experiences with the use of technology in the courtroom and their opinions on the use of technology and future technology in the courtroom.

More recently we have started research investigating the use of the Spheron SceneCam 360-degree camera and laser systems of different wavelengths for the detection of biological fluids at crime scenes.