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The following courses were submitted to us by Northwestern
University Center for Public Safety. For more information on
these classes please visit the ARC Network
Events Calendar. Most courses in the Events Calendar have direct links
to registration.
This recently revised course, based on the Tenth Edition of The Traffic
Collision Manual, is an in-depth study of the skills needed to systematically
investigate a traffic accident by being able to recognize critical evidence
at the accident scene, and to preserve and record it promptly. This course
presents the techniques for recognizing and properly recording the accident
results on roadways and vehicles. Participants learn to make measurements,
sketches, after-accident diagrams, and photographs of the accident scene.
The Center's expert faculty presents lectures and demonstrations and supervises
practical work projects in class and in the field. Upon completing the
course, participants will be fully trained for at-scene motor vehicle
accident investigation. Course content includes information from people,
information from the vehicles, information from the road, and measuring
and mapping at the scenes of traffic accidents.
Accident Investigation 2 is for people who analyze data collected by at-scene
accident investigators and who gather and analyze supplementary data.
The emphasis is on vehicle damage analysis and vehicle behavior in accidents.
Accident Investigation 2 enhances the capability and credibility of the
at-scene investigator and builds on what is taught in Accident Investigation
1. Its objective is to develop skills in technically preparing accident
investigation data and collecting follow-up data required by prosecutors,
defense attorneys, claim adjusters, fleet supervisors, reconstructionists,
and highway safety engineers. Course content includes vehicle damage analysis,
lamp filament analysis, tire damage analysis, systematic methods for organizing
and illustrating data and different ways of testing.
Basic Physics and Mathematics Workshop is designed as a refresher course
for the student who has studied mathematics and elementary physics in
the past but may have not used them for years. It reviews these concepts
used in traffic accident reconstruction. Students will find this course
valuable in building a foundation for accepted theories in accident reconstruction
courses. Elementary Algebra, elementary plane geometry, trigonometry,
along with physics are topics reviewed in this course.
Vehicle dynamics covers the dynamics relating to motor vehicle accidents.
This course can be taken as part of a series of 5 Accident Investigation
courses taught by the Center for Public Safety. This course involves a
considerable amount of physics and mathematics. Topics studied in the
course include: Newton’s laws of motion, an introduction to Dynamics
and Velocity Estimates, speed Estimates from Irregular Skidmarks.
This course meets the training criteria recommended by the National Highway
Traffic Safety Administration (NHTSA). The course uses Traffic Accident
Reconstruction by Lynn B. Fricke, (Volume 2 of The Traffic Accident Investigation
Manual) as a text. Traffic reconstructionists who enroll in the course
learn to find undetected facts in available information They are trained
to deduce from these facts the circumstances that test theories of how
accidents happened. Course contents include going over vehicle dynamics,
Newton's law of motion, truck accident reconstruction, conservation of
momentum, vehicle collapse and direction of thrust, and this course also
looks at case studies.
This course meets the training criteria recommended by the National Highway
Traffic Safety Administration (NHTSA) for police reconstructionists. Traffic
Accident Reconstruction 2 further explores the methods for reconstructing
traffic accidents and uses Traffic Accident Reconstruction (Volume 2 of
The Traffic Accident Investigation Manual), by Lynn B. Fricke, as a text.
This course provides the training necessary to reconstruct accidents through
lectures and course material. It also provides the required experience
through case study analysis. Course topics include trigonometry in reconstruction,
occupant kinetics, and pedestrian accidents. Students successfully completing
the two Traffic Accident Reconstruction courses will have met the minimum
training requirements recommended by the National Highway Traffic Safety
Administration (NHTSA) for police reconstructionists.
This course is designed for practicing accident reconstructionists who
investigate heavy vehicle collisions. It includes four hours of field
testing to demonstrate various braking and acceleration characteristics
of heavy vehicles and to allow students the chance to analyze and apply
the collected data. Students will review case studies because they show
how various analytic techniques can be applied to “real world”
accidents. Heavy vehicle nomenclatures, velocity determination, collision
behavior/momentum/damage, tachographs and gear position, offtracking,
rollover, computer analysis, and field-testing and analysis are some things
covered in this course.
This seminar is designed to improve skills in conducting traffic surveys,
field investigation, data collection and analysis and application of traffic
control devices. This two-week seminar includes lectures and demonstrations
as well as supervised work sessions and field studies. The curriculum
prepares participants to perform many basic traffic survey, analysis and
application techniques with a minimum of engineering assistance and directions.
This course is designed for police officers and technicians who work under
the supervision of traffic engineers.
This course covers all basic facets of the PhotoModeler Pro 5 software
by EOS Systems Incorporated. We focus on the uses of PhotoModeler Pro
5 in accident reconstruction and there are several field projects. This
course is designed for practicing accident reconstructionists who analyze
data to determine how an accident occurred. This course includes the basics
of Photogrammetry, introduction to PhotoModeler Pro 5, producing CAD Diagrams.
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