Dr. Sameer Saharan is an accomplished forensic science researcher with specialized expertise in fingerprint analysis, digital and cyber forensics, DNA fingerprinting, and emerging domains such as drone forensics. His doctoral research advanced forensic biometrics by developing scientific approaches for identifying forged fingerprints created using synthetic materials, contributing to improved reliability in personal identification and crime scene investigation. His research integrates classical forensic biology with modern digital forensic methodologies, emphasizing the detection, differentiation, and interpretation of complex forensic evidence. He has also contributed to innovation through a published patent focused on systems and methods for differentiating real and forged fingerprints, reflecting the translational impact of his research. Dr. Saharan has actively guided student research, leading to award-winning poster presentations at national-level scientific forums focused on sustainability and environmental conservation, demonstrating interdisciplinary engagement and mentorship. His technical proficiency spans advanced forensic software platforms, cybersecurity and network analysis tools, and a wide range of laboratory instruments used in biological, chemical, and questioned document examinations. His scholarly output includes 16 research documents that have collectively received 53 citations across 42 citing works, with an h-index of 4, underscoring the growing academic visibility and impact of his contributions to forensic science research and applied investigations.