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Forensic Science Internship Topics

Browse all focused areas across all internship categories under this field.

Forensic Science Internships with Accommodation

Choose an internship topic, then explore accommodation-enabled internship options at active NTHRYS branch locations in India.

Showing 169–180 of 180 internship topics
Digital Forensics and Cryptocurrency Fraud Investigation
Interns will investigate digital currency fraud mechanisms, blockchain analysis for illicit transactions, and cryptocurrency counterfeiting schemes. This involves studying transaction patterns, wallet forensics, and developing protocols for tracing digital currency fraud.
Forensic Currency and Counterfeit Detection ResearchView internship →
Forensic Document Examination of Currency Security Features
Interns will conduct detailed morphological and textural analysis of microprinting, watermarks, security threads, and tactile features on currency using microscopy and imaging techniques. This research focuses on establishing databases and standards for comparative forensic analysis.
Forensic Currency and Counterfeit Detection ResearchView internship →
Gunshot Residue (GSR) Characterization via ICP-MS
Interns will analyze elemental composition of gunshot residues collected from crime scenes and test-fired weapons using ICP-MS to establish firing distance and weapon type correlations. This research involves developing standardized protocols for sample preparation, element detection thresholds, and creating reference databases for forensic comparison.
Forensic Trace Element Analysis by ICP-MS ResearchView internship →
Soil and Sediment Provenance Matching
Interns will conduct multi-element analysis of soil samples from crime scenes and suspect locations using ICP-MS to establish geographical links and trace evidence associations. The work includes statistical analysis of elemental fingerprints, method validation, and developing discrimination models for regional soil differentiation.
Forensic Trace Element Analysis by ICP-MS ResearchView internship →
Glass Fragment Analysis and Source Attribution
Interns will perform ICP-MS analysis on glass fragments from windows, vehicles, and containers to determine source matches and reconstruct crime scene events. This involves measuring trace elements in glass compositions, comparing manufacturing signatures, and establishing association probabilities between questioned and known samples.
Forensic Trace Element Analysis by ICP-MS ResearchView internship →
Paint Chip Elemental Profiling for Vehicle Identification
Interns will develop and optimize ICP-MS methods for analyzing elemental composition in automotive paint samples for suspect vehicle identification and hit-and-run investigations. Work includes creating comprehensive paint databases by manufacturer and model year, and establishing statistical thresholds for forensic comparison reliability.
Forensic Trace Element Analysis by ICP-MS ResearchView internship →
Biological Fluid and Tissue Element Bioaccumulation Patterns
Interns will investigate elemental concentrations in hair, blood, and tissue samples using ICP-MS to establish temporal exposure histories and toxicological profiles relevant to poisoning cases. This research focuses on understanding bioaccumulation patterns, developing calibration standards, and correlating elemental levels with potential cause of death.
Forensic Trace Element Analysis by ICP-MS ResearchView internship →
Video Compression Artifact Analysis and Detection
Interns will research how different video compression algorithms (H.264, H.265, VP9) introduce artifacts that can affect forensic analysis. They will develop and test detection methods to identify compression artifacts in evidence footage and assess their impact on image quality assessment and authentication.
Forensic Video Evidence Enhancement and Analysis ResearchView internship →
Super-Resolution Techniques for Low-Quality Surveillance Footage
Interns will investigate deep learning approaches (GANs, CNNs) to enhance pixelated or low-resolution video frames from surveillance systems. They will evaluate the effectiveness and limitations of different super-resolution algorithms in recovering facial features and license plate details while maintaining forensic integrity.
Forensic Video Evidence Enhancement and Analysis ResearchView internship →
Temporal Consistency in Video Frame Interpolation for Forensic Purposes
Interns will examine methods to recover missing or corrupted video frames and assess whether interpolated frames can be reliably used in forensic investigations. This includes developing validation protocols to distinguish authentic frames from computationally generated ones while maintaining evidentiary standards.
Forensic Video Evidence Enhancement and Analysis ResearchView internship →
Digital Tampering Detection in Video Evidence Using Forensic Hashing
Interns will research and implement hash-based and machine learning techniques to detect frame-level manipulations, splicing, and alterations in video evidence. They will develop authentication workflows that can identify specific edited regions while providing documentation suitable for courtroom presentation.
Forensic Video Evidence Enhancement and Analysis ResearchView internship →
Motion Compensation and Stabilization in Forensic Video Analysis
Interns will study camera motion, optical flow analysis, and stabilization algorithms to enhance investigative accuracy in shaky or unstable footage. They will evaluate how motion compensation techniques affect the reliability of object tracking, facial recognition, and spatial measurements in forensic contexts.
Forensic Video Evidence Enhancement and Analysis ResearchView internship →
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