Digital Data Analysis is part of De Montfort University FdSc in forensic collision investigation.
This module develops on the learning in Digital Data (I)
The module is currently being redeveloped for delivery from Sept' 2022. For existing content see the programme handbook.
Block 1
Currently bedeveloped
Block 2 - Calibration and Route Tracing
Currently being developed
We assume that you hold a UCPD, City & Guilds or equivalent in forensic road collision investigation. We recommend you have studied Applied maths to get the most from this module.
Some of the maths will not have been covered at UCPD level but will have been covered in Applied maths. Some of the assessments require the use of a spreadsheets, (Microsoft Excel) thus you will need to be able to use Excel to complete the module. Click on Entry level on the menu bar and select our free Excel course.
8 weeks distance learning.
Your joining instructions list any specific requirements. General tools include a scientific calculator. We recommend any Casio with a 'Natural Display'. Microsoft Excel, Apple's Numbers or similar.
Your tutors will help you with your studies during the module. They will mark and comment on your final exam and coursework.
This module is part of De Montfort university's FdSc in forensic road collision investigation.
The FdSc starts in September of each year. Apply through AiTS. If you wish to take this module without registering with the university you may do so however no university accreditation will be give. To take as a standalone check the calendar for the next presentation and contact AiTS.
| Coming on a module? | How to find us |
|---|---|
| Pricing information | Course Price List |
| Terms and Conditions | |
| Code: | ENGS2005 |
|---|---|
| Credits: | 15 |
| Level: | 5 |
| Duration: | 8 weeks |
| Type: | Distance learning |
| Assessment: | Two pieces of coursework |
| Further maths |
|---|
| Analysis of digital data I |
| Analysis of digital data II | Computation and collision analysis |
| Motorcycle collisions |
| Pedestrian collisions |
| Vehicle dynamics - PC-Crash |