The research had 3 goals: first, the researchers sought to determine the level of radiation exposure received by pediatric trauma patients; second, to model the risk of fatal carcinogenesis; and third, to determine whether the pattern of damage was predictive of the level of exposure. Certain disorders, such as scoliosis cause children to be exposed to greater radiation, and the level of radiation exposure is known. However, it was unclear how much radiation youngsters were exposed to due to many traumas. Patients treated by a Major Trauma Center between January 2008 and December 2018 who were under the age of 16 and had an Injury Severity Score (ISS) of 10 were identified. The following information was gathered for the year following the patient’s injury: the number, dosages, and kind of radiological examinations. The patient’s sex and age were considered while calculating the probability of developing carcinogenesis. The median radiation dose of the 425 individuals identified using CT and radiography in the 12 months following injury was 24.3 mSv. ISS was proportionally predictive of the cumulative amount received after modeling the predictive value of the pattern of damage and other pertinent clinical parameters. Younger polytrauma patients were more likely to be exposed to high doses of radiation, which increases the risk of carcinogenesis. The ISS, age, injury pattern, and length of hospital stay, on the other hand, were predictive of both hazards, allowing for risk monitoring and patient counseling.