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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 133–144 of 180 internship topics
Subgroup and Extended Blood Group Systems Characterization
Interns will conduct research on extended blood group systems (MNS, Kidd, Duffy, Lutheran systems) and their forensic significance using both traditional and molecular serological approaches. They will analyze population databases to understand distribution patterns and their application in suspect exclusion.
Forensic Serology Blood Type Determination ResearchView internship →
Molecular Techniques for Blood Group Genotyping
Interns will explore DNA-based methodologies including PCR and sequence-based typing for blood group antigen determination as alternatives to serology. This research examines the advantages of molecular approaches in processing degraded or minute biological evidence from forensic samples.
Forensic Serology Blood Type Determination ResearchView internship →
Serology Quality Assurance and Validation Studies
Interns will participate in developing and validating standard operating procedures for blood type determination, including proficiency testing, reagent evaluation, and error analysis protocols. They will contribute to research ensuring accuracy and reliability of serological results for forensic case work.
Forensic Serology Blood Type Determination ResearchView internship →
Population Allele Frequency Database Development
Interns will assist in compiling, analyzing, and validating DNA allele frequency data from diverse populations to build comprehensive reference databases. This work involves data curation, statistical analysis, and quality control to ensure accuracy for forensic applications.
Forensic DNA Population Genetics ResearchView internship →
Genetic Ancestry and Population Stratification Analysis
Interns will conduct research on population substructure and ancestry informative markers (AIMs) using genomic datasets. They will analyze genetic variation patterns across populations to understand evolutionary history and support forensic interpretation frameworks.
Forensic DNA Population Genetics ResearchView internship →
Hardy-Weinberg Equilibrium and Population Genetics Statistical Modeling
Interns will perform statistical analyses to test Hardy-Weinberg equilibrium assumptions in DNA marker populations and develop models for allele frequency predictions. This includes conducting goodness-of-fit tests and evaluating deviations in forensic databases.
Forensic DNA Population Genetics ResearchView internship →
Next-Generation Sequencing Data Analysis in Population Studies
Interns will process and analyze NGS data from population samples to characterize genetic variation and develop reference panels for emerging DNA technologies. Work includes bioinformatics pipeline development, variant calling, and population-level data interpretation.
Forensic DNA Population Genetics ResearchView internship →
Kinship Probability and Match Statistics Research
Interns will investigate statistical methods for calculating match probabilities and kinship likelihoods using population-specific allele frequencies. This includes evaluating different population models and their effects on forensic DNA evidence interpretation and reporting.
Forensic DNA Population Genetics ResearchView internship →
mtDNA Extraction and Sequencing Protocol Development
Interns will work on optimizing and standardizing mitochondrial DNA extraction techniques from various biological samples including degraded remains, hair shafts, and bone. They will develop and validate sequencing protocols using next-generation sequencing platforms to improve sensitivity and accuracy in forensic casework.
Forensic Mitochondrial DNA Analysis ResearchView internship →
Phylogenetic Analysis and Maternal Lineage Tracking
Interns will analyze mtDNA sequences to construct phylogenetic trees and trace maternal lineages in forensic investigations. They will use bioinformatics tools to compare unknown samples against reference databases and interpret genetic distance data for investigative leads.
Forensic Mitochondrial DNA Analysis ResearchView internship →
Heteroplasmy Detection and Interpretation
Interns will investigate the presence and significance of heteroplasmic variants in mtDNA sequences and develop interpretation guidelines for forensic reporting. They will analyze real and simulated case data to understand how heteroplasmy affects evidentiary value and investigative outcomes.
Forensic Mitochondrial DNA Analysis ResearchView internship →
Database Management and Reference Population Studies
Interns will contribute to building and curating mtDNA reference databases for diverse populations and geographic regions. They will conduct population genetic studies to establish frequency distributions and statistical parameters essential for forensic case evaluations.
Forensic Mitochondrial DNA Analysis ResearchView internship →
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