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He has worked with NUCPS since as an adjunct crash instructor and course developer and will continue to instruct several crash investigation, reconstruction, and CDR courses in his new role. The SPSC community has spoken: the new email signature logo is a hit.
Responses have included "great idea" and "proud to help promote the program. NOTE: If you are a current SPSC student — or graduate during or after December — you automatically will receive your logo shortly following release of final grades.
Current SPSC students do not need to request logos. Whether official or unofficial, mentors can make huge impacts on the careers of officers at every level.
Register for Crash 2 On-Ground. Completely Revised in ! Crash Investigation 2 Online offers the same course curriculum as Crash Investigation 2 On-Ground, building upon the foundational topics examined in Crash 1. Instructors are available for discussion during the course with students, though no live presentations are incorporated in this course. This course teaches the motion of bodies and the actions of forces that produce or change that motion dynamics as applied to crashes.
Students learn the classical mechanics equations of motion, drag factor, and friction and acceleration coefficients. Completion of high school-level physics, algebra, geometry, and trigonometry is highly recommended. Online Learning Type: Synchronous. Remote, online course attendance is required per the course schedule for the selected course. Traffic Crash Reconstruction 1 TCR1 features a format that focuses on analyzing and interpreting information that has been collected during the initial crash investigation to describe the events leading to actual impact and the crash itself in as much detail as possible.
Students learn how to apply skills obtained through course lectures to real-world case study situations and complete the class with the training necessary to reconstruct traffic collisions. TCR1 covers such critical core material as: engineering mechanics; vehicle behavior in collisions; an introduction to human factors; time-distance analysis; EDR usage in traffic crash reconstruction; post-collision drag factor analysis; momentum; and, special velocity calculations e.
Select your preferred TCR1 course date and register. Traffic Crash Reconstruction 1 Remote Learning provides the same curriculum as its on-ground counterpart, only in a live online setting. During this course, students learn the principles of energy and damage energy, occupant behavior, and momentum and energy analysis, and also receive an introduction to the concept of force balance.
This two-day course is the entry-level class for the Bosch Crash Data Retrieval System and is designed to instruct crash investigation and reconstruction professionals on how to download and preserve CDR system data. This thorough course covers the basics of CDR operation, including: determining if the subject vehicle is CDR supported; selecting the appropriate method of connection to safely image the data; loading and operating the CDR software application; saving the imaged data; and, creation of reports for later use.
The course includes hands-on exercises and practice, using a variety of modules and vehicles to gain fluency. Instructors also cover troubleshooting common error messages, back-powering, and legal issues surrounding system access. This new course instructs crash investigation and reconstruction professionals about applying electronically recorded crash data from vehicle EDR devices to traffic crash reconstruction. Topics of the course include system functionality, reporting parameters, and pitfalls with EDR data.
The course also covers data from Hyundai and Kia, addresses legal regulations, and is updated regularly to provide CDR information in the latest-model vehicles. Working from actual CDR reports, students learn about Airbag Control Modules and line-by-line analysis of sample reports.
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