The Forensic Physics and Ballistics Laboratory is a specialized facility designed to train students in forensic science, focusing on the application of physics principles to the analysis of firearms, ammunition, and related evidence in criminal investigations. This laboratory plays a crucial role in the forensic science curriculum by providing students with the skills necessary to investigate ballistic evidence, understand the mechanics of firearms, and analyze the trajectory and impact of projectiles. Forensic physics encompasses a wide range of techniques and methodologies that aid in reconstructing crime scenes and determining the circumstances surrounding firearm-related incidents. The laboratory is equipped with advanced tools and technologies that enhance the learning experience and prepare students for practical applications in forensic investigations.

Students will participate in a range of activities designed to enhance their practical skills, including:

• Firearm examination, Comparison of Bullets etc
• Examination of GSR, Explosives etc.
• Case Studies: Analyzing real forensic cases involving firearms to understand the application of forensic physics and ballistics in legal contexts.
• Expert Testimony Preparation: Training in how to present findings in court and respond to cross-examination as an expert witness.