A skeletal structure and trauma examination conducted using anthropological methods may be impacted by changes in bone integrity and composition brought on by fire. This study explored how trauma analyses during or after a compartments fire were altered by fires of varying lengths and intensities. In order to investigate the importance of trauma recognition from burnt victims in criminal casework and the role that fire investigator plays in the recognition, preservation, and analysis of skeletal materials from charred remains, this study included on-site scene analysis. To find out how severe fire conditions affected these wounds, whole pig carcasses was subjected to blunt force, sharp force, and gunshot trauma. After that, the postmortem trauma marks were evaluated in light of how they were exposed to a compartment fire that developed under flashover circumstances. This study found that although fire could significantly affect an analyst's ability to recognize and evaluate wounds in the limbs as compared to the chest, they were still obvious and commonly protected in the skeleton body. When there has been a death, it is crucial to pinpoint the deceased's trauma in addition to any possible criminal involvement. Spontaneous or natural reasons for death should also be determined. The interpretation of injury or trauma is significant to the overall determination of manner of death. In some cases, fire may be used to conceal a homicide and in these instances, it is critical that per mortem trauma be correctly identified. The medical examiner may ask forensic anthropologists to help with the examination of burned or claimed remains. An essential talent in criminal and physical anthropology, the ability to recognize and diagnose injuries on bone can be crucial in an investigation into a deadly fire. Greater research and specialization are needed to comprehend the alterations that remains go through when they are exposed to fire because the theoretical basis of a bone may be altered at a scale ranging from the micro level to the general morphology. The specifics of alterations caused by heat and fire are revealed by analysis of this sort of bone, which goes beyond comprehending the regular biomechanical processes that may damage skeletal remains. It is important to take into account recovery methods and trauma interpretation for charred remains when analyzing skeletal remains found at a fire scene. The effects of heat and fire on bones can be profound. Ceramics will crack, shrink, bend, and undergo various alterations in addition to color changes, which get worse as a result of fire exposure and temperature rise. These modifications may clearly be distinguished from biomechanical changes brought on by weathering or availability zones to a burial setting. In comparison to a burial setting, the rate of loss of plant matter in bone is significantly accelerated in a fire. Before being able to distinguish between those brought on by fire and extremely high temperatures, an anthropologist must first comprehend the regular biomechanical alterations to bone brought on by sun exposure, wind, rainfall, and animal scavenging.