This is an alphabetical list of collision investigation modules most of which you can study as standalone courses.
Please note, to get the most from any module we assume you will be suitably prepared for study at the level you select. The modules are planned on the assumption that you will study progressively from one study level to the next (see the levels page). For example, if you wish to study Motorcycles Collisions and Dynamics at Level 5, to understand some of the speed from crush calculations you will need ENGS1015 - Applied Maths. Specific entry requirements for any of the modules are listed on that modules page.
Greyed out modules without links can only be studied as part of the degree programme.
|Course Title (Code)||Level||Credits|
|Accelerometers in collision investigation (ENGS1012)||4||15|
|Advanced damage analysis (ENGS2004)||5||15|
|Advanced forensic mapping and animation (ENGS2006)||5||15|
|Analysis of digital data (ENGS2015)||5||15|
|Bosch crash data recovery tool (C10005)||5||15|
|Collision analysis and software (ENGS3001)||6||30|
|Collision investigation technologies (ENGS1015) comprising;||4||30|
|Computation and collision analysis (ENGS2002)||5||15|
|Driver and the environment (ENGS1016)||4||15|
|Excel for collision investigators (C10003)||--||--|
|Forensic road collision investigation comprising;||4||60|
|Further maths for collision investigators (ENGS2001)||5||30|
|Highways Law, management and investigation (ENGS 1011)||4||15|
|Maths primer (C10001)||--||--|
|Motorcycle collisions and dynamics (ENGS2007)||5||15|
|Pedestrian and pedal cycle collisions (ENGS2003)||5||15|
|Professional development and project preparation (ENGS 3002)||6||30|
|Vehicle dynamics and tyre technology (ENGS2016)||5||15|
|Vericom accelerometers (C10002)||--||--|
|Work based project (ENGS3003)||6||60|