# TAR Services

## TRAFFIC ACCIDENT RECONSTRUCTION SERVICES  PTY  LTD

TRAFFIC ACCIDENT RECONSTRUCTION

LEVEL 2

COURSE CONTENT

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 SUBJECTS THE   QUALIFICATION HAS THE FOLLOWING Subjects/Courses 1 Terminology, formulae and revision. Understand the terminology and formulas used in   traffic accident reconstruction. 2 Velocity, reaction time and skid marks. Apply mathematical formulas to calculate velocity,   reaction time from skid marks. 3 Uniformly acceleration motion. Apply mathematical formulas to calculate velocity,   time, distance and acceleration. 4 Speed determination from yaw marks. Apply mathematical formulas to calculate speed   from yaw marks. 5 Work, Force and Kinetic Energy. Apply mathematical formulas to calculate work,   force and kinetic energy. 6 Falling bodies and projectile motion analysis. Apply mathematical formulas to calculate the speed   of a vehicle then vaulted or flipped using projectile motion analysis. 7 Trigonometry. Understand and apply trigonometry rules including   sin cos and tan functions. 8 Conservation of momentum. Calculate the speed of a vehicle involved in a   straight line accident by using linear momentum formula. 9 90 Degree angle collisions. Calculate the speed of both vehicles involved in a   90 degree angle collision at an intersection. 10 Component function and construction. Analyze vehicle components function and   construction. Practical inspection and component profile identification.   Failure pattern identification. 11 ABS brake system function. Analyze ABS brake system function. Test procedures.   Practical ,Theoretical and data analysis 12 Traction control function. Analyze traction control   function and test procedures. Practical ,theoretical and data analysis 13 Electronic data systems. Analyze Electronic data systems ECU air bag module   and restraint sensor functions. Vehicle module systems in use. 14 On board data recording system. Retrieve vehicle on board data recording system. 15 Electronic data. Analyze electronic data download information for   the purpose of accident evidence. 16 Failure components The practical analysis of failure components   :abused heavy vehicle brakes 17 Tyre failures Analyze tyre failures. 18 Steering components. Analyze steering components. 19 Drive line failures. Analyze drive line failures. 20 Electronic data retrieval. Determine driver profile based on electronic data   retrieval. 21 Vehicle control systems. Analyze vehicle control systems. Failure   profile 22 SANS minimum standards Apply SANS minimum standards. Overview   awareness