forensic science research projects

Search Menu
Advance Articles

Special Issues

High-Impact Collection
Author Guidelines
Submission Site
Call for Papers
Open Access Options
Self-Archiving Policy
Why Publish with Us?
About Forensic Sciences Research
Journal Metrics
About the Academy of Forensic Science
Editorial Board
Advertising & Corporate Services

Editors-in-Chief

Min Shen Duarte Nuno Vieira

About the journal

Forensic Sciences Research is a fully Open Access, peer-reviewed journal publishing high-quality research that is innovative and has international impact in various disciplines of forensic sciences.

Latest articles

Submit your work

Submit your manuscript for consideration to be included in a 2023 issue of Forensic Sciences Research . 

Review Author Guidelines Submission Site Why Submit?

Read and Publish deals

Authors interested in publishing in Forensic Sciences Research may be able to publish their paper Open Access using funds available through their institution’s agreement with OUP. 

Find out if your institution is participating 

Email alerts

Follow Forensic Science Research on Twitter

Follow @ForSciRes for the latest from Forensic Sciences Research and the forensic science community. 

Follow @ForSciRes

Meet the Forensic Sciences Research Editorial Board

Meet the Editorial Board

Learn more about the team behind the journal.

Editorial board

Reasons to publish

Forensic Sciences Research is an Open Access international, peer-reviewed journal publishing high-quality, original research.

Find out more and submit

High-Impact Research Collection

Explore the most cited, most read, and most discussed articles published in Forensic Sciences Research in recent years and discover what has caught the interest of your peers.

Browse the collection

Special Issues from Forensic Sciences Research focus on a particular subject of current interest. They contain both reviews and original research articles by leading scientists in the field.

Browse all Special Issues

Related Titles

Cover image of current issue from Journal of Law and the Biosciences

Advertising and Corporate Services
Journals Career Network

Affiliations

Online ISSN 2471-1411
Print ISSN 2096-1790
Copyright © 2024 Academy of Forensic Science
About Oxford Academic
Publish journals with us
University press partners
What we publish
New features
Open access
Institutional account management
Rights and permissions
Get help with access
Accessibility
Advertising
Media enquiries
Oxford University Press
Oxford Languages
University of Oxford

Oxford University Press is a department of the University of Oxford. It furthers the University's objective of excellence in research, scholarship, and education by publishing worldwide

Copyright © 2024 Oxford University Press
Cookie settings
Cookie policy
Privacy policy
Legal notice

This Feature Is Available To Subscribers Only

This PDF is available to Subscribers Only

For full access to this pdf, sign in to an existing account, or purchase an annual subscription.

Redefining Excellence in Forensic Science

Accelerate our work.

The Forensic Science Mentoring Institute

ABFT Prep Course

Taking the ABFT exam? Check out our prep course!

Masters In Forensic Science

Trend Reports
Public Alerts
Drug Checking
Clinical Reports
Scope Recommendations
Analytical Toolkits
Monographs In collaboration with toxicology labs, medical examiner and coroner offices, crime laboratories, clinical partners, and the National Institute of Justice (NIJ), the CFSRE is documenting the first reports of NPS in the United States through analysis of drug materials and/or biological samples. These reports are generated using comprehensive analytical techniques (e.g., GC-MS, LC-QTOF-MS, NMR) and include available information about the new substances identified at the time of reporting, as well as the analytical data generated during testing. Learn More >
Trend Reports The CFSRE is developing quarterly trend reports associated with NPS occurrence in the United States. These trend reports are intended to provide near real-time information regarding NPS prevalence, positivity, and turnover. Testing was performed using biological samples, sample extracts, and/or datafiles. The CFSRE received funding from the National Institute of Justice (NIJ) of the Department of Justice (DOJ) to develop this initiative. Learn More >
Public Alerts The CFSRE is developing Public Alerts and related reports to increase public awareness regarding NPS involvement in adverse intoxications, mass overdoses, and fatalities. These reports are generated based on subsets of data collected at or near the time of first report or incidence and may not necessarily reflect all results for a specific emerging NPS. Learn More >
Drug Checking The CFSRE is collaborating with public health agencies to collect up-to-date information regarding the drug supply in various cities and communities across the United States. Drug checking allows individuals to draw scientifically backed opinions and understand complex drug data based on accurate and reliable testing protocols. Our leading team of toxicologists and chemists help acquire data and interpret results based on years of knowledge and experience. Learn More >
Clinical Reports Drug use can lead to adverse events and overdose scenarios where individuals present to emergency departments for clinical evaluation and/or treatment. The culprit can be traditional drugs (e.g., heroin, fentanyl, cocaine, methamphetamine) or novel psychoactive substances (NPS); however, proper drug testing methodologies must be employed for accurate identification and characterization. The CFSRE is collaborating with clinicians and emergency department physicians to employ comprehensive drug testing of clinical biological specimens collected after suspected NPS-related overdoses in various cities across the United States. Learn More >
Scope Recommendations The NPS landscape is changing rapidly, requiring laboratories to constantly remain abreast of new and emerging drugs locally, nationally, and internationally. To meet individualized needs, laboratories amend existing methods or develop new ones for detection and confirmation. This can be challenging for scientists as information about NPS detections can be regionalized and/or out-of-date, making it difficult to determine which drugs should be prioritized at a given time. The CFSRE and the SOFT NPS Committee have established recommendations for NPS scope based on information from extensive collaborations, partnerships, and initiatives which yield national perspectives. Learn More >
Analytical Toolkits The CFSRE is developing NPS Discovery Toolkits as a consolidation of our program outcomes into a comprehensive new document detailing relevant information about the detection and characterization of a specified NPS. This “toolkit” includes basic drug information, date of first appearance, prevalence, temporal trends, geographical trends, demographics, poly-drug combinations (including with other NPS), metabolism, methods for identification and confirmation, reference concentration ranges, and much more. Learn More >

How you can help, right now

EITC Giving

Don't miss the latest from CFSRE Subcribe to our e-newsletter today

NPS DIscovery
Our Laboratory

You are here:
American Chemical Society
Discover Chemistry

Recent advances in forensic science research

For immediate release, acs news service weekly presspac: april 20, 2022.

Forensic scientists collect and analyze evidence during a criminal investigation to identify victims, determine the cause of death and figure out “who done it.” Below are some recent papers published in ACS journals reporting on new advances that could help forensic scientists solve crimes. Reporters can request free access to these papers by emailing newsroom@acs.org .

“Insights into the Differential Preservation of Bone Proteomes in Inhumed and Entombed Cadavers from Italian Forensic Caseworks” Journal of Proteome Research March 22, 2022 Bone proteins can help determine how long ago a person died (post-mortem interval, PMI) and how old they were at the time of their death (age at death, AAD), but the levels of these proteins could vary with burial conditions. By comparing bone proteomes of exhumed individuals who had been entombed in mausoleums or buried in the ground, the researchers found several proteins whose levels were not affected by the burial environment, which they say could help with AAD or PMI estimation.

“Carbon Dot Powders with Cross-Linking-Based Long-Wavelength Emission for Multicolor Imaging of Latent Fingerprints” ACS Applied Nanomaterials Jan. 21, 2022 For decades, criminal investigators have recognized the importance of analyzing latent fingerprints left at crime scenes to help identify a perpetrator, but current methods to make these prints visible have limitations, including low contrast, low sensitivity and high toxicity. These researchers devised a simple way to make fluorescent carbon dot powders that can be applied to latent fingerprints, making them fluoresce under UV light with red, orange and yellow colors.

“Proteomics Offers New Clues for Forensic Investigations” ACS Central Science Oct. 18, 2021 This review article describes how forensic scientists are now turning their attention to proteins in bone, blood or other biological samples, which can sometimes answer questions that DNA can’t. For example, unlike DNA, a person’s complement of proteins (or proteome) changes over time, providing important clues about when a person died and their age at death.

“Integrating the MasSpec Pen with Sub-Atmospheric Pressure Chemical Ionization for Rapid Chemical Analysis and Forensic Applications” Analytical Chemistry May 19, 2021 These researchers previously developed a “MasSpec Pen,” a handheld device integrated with a mass spectrometer for direct analysis and molecular profiling of biological samples. In this article, they develop a new version that can quickly and easily detect and measure compounds, including cocaine, oxycodone and explosives, which can be important in forensics investigations.

The American Chemical Society (ACS) is a nonprofit organization chartered by the U.S. Congress. ACS’ mission is to advance the broader chemistry enterprise and its practitioners for the benefit of Earth and all its people. The Society is a global leader in promoting excellence in science education and providing access to chemistry-related information and research through its multiple research solutions, peer-reviewed journals, scientific conferences, eBooks and weekly news periodical Chemical & Engineering News . ACS journals are among the most cited, most trusted and most read within the scientific literature; however, ACS itself does not conduct chemical research. As a leader in scientific information solutions, its CAS division partners with global innovators to accelerate breakthroughs by curating, connecting and analyzing the world’s scientific knowledge. ACS’ main offices are in Washington, D.C., and Columbus, Ohio.

To automatically receive press releases from the American Chemical Society, contact newsroom@acs.org .

Note: ACS does not conduct research, but publishes and publicizes peer-reviewed scientific studies.

Media Contact

ACS Newsroom newsroom@acs.org

Text reading ACS Publications Most Trusted. Most Cited. Most Read

Discover Chemistry —Menu

News Releases
ACS in the News

Accept & Close The ACS takes your privacy seriously as it relates to cookies. We use cookies to remember users, better understand ways to serve them, improve our value proposition, and optimize their experience. Learn more about managing your cookies at Cookies Policy .

1155 Sixteenth Street, NW, Washington, DC 20036, USA | service@acs.org | 1-800-333-9511 (US and Canada) | 614-447-3776 (outside North America)

Terms of Use
Accessibility

An official website of the United States government

Here’s how you know

Official websites use .gov A .gov website belongs to an official government organization in the United States.

Secure .gov websites use HTTPS A lock ( Lock A locked padlock ) or https:// means you’ve safely connected to the .gov website. Share sensitive information only on official, secure websites.

https://www.nist.gov/forensic-science

blue background with partial bright blue fingerprint overtop

Forensic Science

NIST is working to strengthen forensic practice through research and improved standards. Our efforts involve three key components:

We conduct scientific research in several forensic disciplines, including DNA, ballistics, fingerprint analysis, trace evidence, and digital, among others. We provide physical reference standards and data that help forensic laboratories validate their analytical methods and ensure accurate test results.

We also support CSAFE, a NIST Center of Excellence in Forensic Science, which is working to develop new statistical methods for use in evidence examination

We co-chaired, with the Department of Justice, the National Commission on Forensic Science , which formulated recommendations for the U.S. Attorney General on matters such as accreditation requirements for forensic science service providers.

We administer the Organization of Scientific Area Committees for Forensic Science (OSAC), which is facilitating the development of science-based standards and guidelines for a broad array of forensic disciplines.

What Is Forensic Science?

Forensic science is the use of scientific methods or expertise to investigate crimes or examine evidence that might be presented in a court of law. Forensic science comprises a diverse array of disciplines, from fingerprint and DNA analysis to anthropology and wildlife forensics. Though they represent varied disciplines, all forensic scientists face a common set of challenges. How do you ensure that forensic methods produce reliable results? How do you communicate findings to a jury or other nonexperts in a way that is accurate and understandable? How do you keep up with new technology without falling behind on casework? Meeting these and other challenges is critical to ensuring that forensic science remains a powerful force in support of justice and public safety.

Key Accomplishments

Forensic SRMs: NIST develops standard reference materials (SRMs) for forensic science, including the Standard Bullet and the Human DNA Quantitation Standard . By helping to ensure that forensic labs produce accurate measurements when analyzing crime scene evidence, these SRMs contribute to public safety and fairness in the criminal justice system.
Digital forensics: NIST’s National Software Reference Library is one of the largest publicly known collections of computer software in the world and includes a database of millions of digital signatures from known software files. That database is a critical tool for computer forensics experts and vastly speeds up the investigation of crimes involving digital evidence.
Combating the opioid epidemic: Fentanyl and other synthetic opioids kill tens of thousands of Americans each year. NIST scientists have developed new tools that help police and forensic chemists save lives by detecting and identifying these drugs safely, efficiently and reliably.
Forensic science standards: NIST is accelerating the development and adoption of high-quality, technically sound forensic science standards by administering the Organization of Scientific Area Committees for Forensic Science (OSAC). OSAC-approved standards define minimum requirements, best practices and standard protocols that help ensure that the results of forensic analysis are reliable and reproducible.
Forensic DNA: NIST played a central role in developing the forensic DNA analysis techniques that have revolutionized crime fighting and have helped convict the guilty and exonerate the innocent. Among other things, NIST scientists have enabled enhanced DNA “fingerprints.”

Black background. Photo of a penny. Next to the penny is a tiny amount of a white powder.

Safe, Efficient, Reliable: New Science in the Fight Against Killer Drugs

“A new drug might appear, then three or six months later it’s gone, replaced by something new,” said NIST chemist and program manager Marcela Najarro. “It’s a totally different ballgame than 10 or 15 years ago.”

To help with that issue and others, NIST researchers are giving law enforcement and public health experts new tools to combat fentanyl and other synthetic drugs.

A dark rectangle filled with colored triangles.

NIST Publishes Review of DNA Mixture Interpretation Methods

Spotlight: forensics videos and app for collecting trace evidence.

Carina Hahn sits at a workstation and looks at a computer screen.

Spotlight: Measuring the Decisions of Human Facial Forensic Examiners

A white van with its sliding door open, parked in a lot, with mountains in the background. Decals on the side refer to scientific studies.

Researchers Analyze THC in Breath of Cannabis Smokers

Stay in touch.

299+ Forensic Science Research Topics (Updated 2024)

Welcome to the world of Forensic Science Research Topics. Get ready to dive into a treasure of fascinating ideas that crack the mysteries behind crime-solving techniques. This year’s collection spans 15 stunning categories, each including 20 engaging topics.

From DNA Analysis uncovering secrets in genes to Ballistics & Firearms exploring the science behind bullets, these categories open doors to understanding how science solves puzzling cases. Cyber Forensics delves into the digital world of crime, while Forensic Anthropology examines the stories hidden within skeletal remains.

Explore Toxicology & Drug Analysis, diving into the science of poisons and medications, or journey into Wildlife Forensics, where nature meets investigation. Uncover the secrets of Bloodstain Pattern Analysis or delve into the linguistic clues in Forensic Linguistics.

Join us as we uncover the mysteries, piece by piece, and go on a thrilling journey into the captivating realm of Forensic Science Research for the year 2024.

Top 5 Applications of Forensic Science

Table of Contents

Forensic science stands as a crucial pillar in solving mysteries within the kingdoms of crime and justice. It includes various scientific disciplines applied to legal matters, providing key insights that aid investigations and legal proceedings. This multidisciplinary field plays a crucial role in solving crimes, identifying culprits, and bringing closure to victims’ families. Here are the top 5 applications of Forensic Science:

Crime Scene Investigation (CSI) : Forensic science’s foundation involves detailed examination of crime scenes. It encompasses evidence collection, analysis of fingerprints, bloodstains, fibers, and other trace evidence. This critical process helps reconstruct the sequence of events leading to a crime.
DNA Analysis : The advancement in DNA technology has revolutionized forensic science. DNA analysis helps identify individuals, link suspects to crime scenes, and exonerate innocent parties. It’s a powerful tool in criminal investigations and solving cold cases.
Toxicology & Drug Analysis : Forensic toxicology focuses on detecting drugs, poisons, or toxins in the body. It’s instrumental in determining causes of death or establishing impairment due to substances.
Ballistics & Firearms Analysis : This branch involves studying firearms, bullets, and cartridge cases. It assists in linking weapons to crimes, identifying shooting distances, and determining trajectories.
Digital Evidence Examination : In the digital age, forensic science extends into cyberspace. Experts analyze digital devices and data to recover, interpret, and present evidence pertinent to cybercrimes.

These five applications showcase how forensic science’s diverse toolkit and methodologies are instrumental in solving crimes, offering justice, and ensuring a safer society.

Top 299+ Forensic Science Research Topics

Now, join us in exploring these thought-provoking themes and be part of the thrilling journey where every clue leads to a new revelation in the field of forensic research. Let us start.

Step by Step Guide on The Best Way to Finance Car

The Best Way on How to Get Fund For Business to Grow it Efficiently

CSAFE LEARNING LOGIN

JOIN OUR MAILING LIST

Our Mission

The Center for Statistics and Applications in Forensic Evidence (CSAFE) is building a statistically sound and scientifically solid foundation for the analysis and interpretation of forensic evidence, as well as improving quantitative literacy among forensic practitioners, legal professionals and other stakeholders through educational opportunities.

Short Courses

2-hour sessions to deepen your forensics knowledge.

Designed specifically for forensic practitioners, CSAFE courses lead you through the latest developments in the field. Increase your ability to apply statistical analysis to the interpretation of forensic evidence by registering to attend an upcoming session.

The Ultimate Platform for Statistical & Forensic Education

Our new and improved learning platform is your hub for understanding complex statistical concepts with the help of cutting-edge research and real-world examples. From quick videos to in-depth courses, there’s a resource for anyone working within forensic science.

Latest News

CSAFE Learning Announces Two Upcoming Live Webinars and New On-Demand Stats Starters

FROM THE BLOG

Upcoming AAAS Conference will Explore Issues Related to Scientific Evidence in the Courts

NIST will Host a Workshop on the Scientific Foundation Review of Footwear Impression Examination

NIST Finalizes Report of Forensic Bitemark Analysis

Research areas.

Probability and Statistics for Pattern & Digital Evidence

CSAFE is assessing the evidence of foundational validity for different forensic disciplines, exploring the potential to construct probabilistic and statistical models for features of pattern and digital evidence, and applying statistical ideas to enhance laboratory operations and proficiency tests.

Cross-Cutting Issues

Training & Education

CSAFE is providing training and education for a wide range of forensic science stakeholders, including forensic practitioners and law enforcement, lawyers and judges, statisticians and measurement scientists, students of all levels, and the public.

Research Projects

Sexual Assault Evidence

For a variety of reasons, some victims of sexual assault provide vaginal samples more than 24-36 hours after the incident. The ability to obtain an autosomal STR profile of the semen donor from the living victim diminishes rapidly as the post coital interval is extended. We have developed various enhancement strategies to extend the post coital interval (up to 9 days) from which a genetic profile of the semen donor can be obtained. We attribute our success to a number of factors that significantly improve the sensitivity and specificity of the analysis, including the development of a Y chromosome targeted pre-amplification strategy. The results of this work are likely to have a significant impact on the investigation of rape cases and the time frame in which sexual assault evidence is collected.

U.S. Y-STR Database

The significance of a Y-STR match in casework is estimated by reference to a reliable and relevant database of Y-STR profiles. NCFS currently maintains the U.S. Y-STR Database (funded by the National Institute of Justice, NIJ), a population database intended for use in estimating Y-STR haplotype population frequencies for forensic casework purposes. Currently, an 11 to 23-locus profile can be searched, which will soon be expanded to 27 loci to include all loci used in commercially available Y-STR kits. As of the last update (August 2013), the database contained 29, 754 haplotypes. The database is continually expanded with haplotype data contributions from operational, academic and commercial laboratories throughout the U.S.

Body Fluid Identification

DNA typing to identify the donor of transferred biological traces deposited at the crime scene or on a person or implement is now a routine practice worldwide. This represents potentially critical ‘source level’ information for investigations. However, a DNA profile from the perpetrator doesn’t reveal the circumstances by which it got transferred. This contextual information or ‘activity level’ is important because the deposition of the perpetrator’s biological material requires some behavioral activity on behalf of the individual that results in its transfer from the body. The consequences of different modes of transfer of the DNA profile may dramatically affect the investigation and prosecution of the crime. Conventional methods of body fluid identification use labor-intensive, technologically diverse techniques that are costly in terms of time and sample. For some frequently encountered body fluids (e.g. saliva, vaginal secretions, menstrual blood and skin) no definitive identification technique exists. Therefore, there is a critical need for the development of novel strategies for the identification of forensically relevant biological fluids. A pattern of gene expression is produced in body fluid secretions and tissues that uniquely defines each cell type present. This is evidenced by the presence and relative abundance of specific RNA species. We have developed a number of highly specific RNA profiling assays, using both messenger RNA (mRNA) and microRNA (miRNA) biomarkers, for body fluid and tissue identification that employ a variety of commonly used analytical platforms.

Trace Biological Evidence

In forensic casework analysis, it is sometimes necessary to obtain genetic profiles from increasingly less amounts of biological material left behind by persons involved in criminal offenses. Forensic casework evidentiary items sometimes contain less than 100 pg of template DNA, which is equivalent to approximately 15 diploid or 30 haploid cells. The presence of such low template DNA (LTDNA) samples could be due to several factors including damaged or degraded DNA, oligospermic or aspermic individuals, extended interval post coital samples, or other trace biological evidence such as ‘touch DNA’. Since only a small amount of genetic material is present in these samples, recovery of genetic profiles is challenging using standard DNA analysis methods. Therefore, novel strategies for the improved analysis of trace biological evidence need to be developed. We are investigating the use of different strategies (e.g. laser capture micro-dissection, micro-manipulation, micro-volume PCR) to improve profile recovery from trace biological evidence.

External Visible Traits

The donor of a body fluid recovered from the crime scene is identified by comparing the crime scene DNA profile to profiles obtained from reference samples obtained from known individuals. However, in the absence of appropriate comparison reference samples, the DNA profile per se presently provides no meaningful information to investigators, with the notable exception of gender determination. A number of other physically recognizable characteristics of an individual may be amenable to molecular genetic analysis and these include skin-, hair- and eye- color, stature (height and weight), age and facial morphology. Our focus is on the development of novel strategies for the determination of ethno-geographic ancestry and the biological age of an individual.

Enhanced DNA Analysis

A goal of our research efforts is to aid in the development of novel DNA technologies to make DNA analysis quicker, better or cheaper. Our main focus areas include mixture de-convolution and the development and validation of “rapid” DNA screening and analysis techniques and instrumentation (R-DNA).

Mixtures are frequently encountered in forensic DNA analysis due to the involvement of multiple persons during the commission of certain crimes. Mixtures are also often found associated with ‘touch DNA’ or with other crime scene samples due to unavoidable contamination with previously deposited DNA. Analysis and interpretation of these admixed DNA samples is often quite complex and therefore extremely challenging even more so if the number of donors exceeds two. A limited number of tools are available to operational forensic laboratories in order to aid in the interpretation or handling of mixtures. Our work has focused on the development of novel strategies for the de-convolution of body fluid mixtures containing non-distinguishable cell types (e.g. epithelial cells and leukocytes) including the use of binomial sampling strategies combined with quantitative computer- based interpretation systems.

The next revolution in forensic DNA analysis, apart from the application of next generation sequencing technology, is the deployment of R-DNA systems. The concept behind this is that actionable forensic intelligence can be obtained in situ (at the crime scene, booking station etc) by instrumentation that permits ‘sample-in results out’ analysis within an hour or so. We are assisting in the testing and evaluation of some of these systems, in particular the RapidHIT 200 (IntegenX) and paraDNA (LGC) platforms. The RapidHIT system is capable of providing a full CODIS autosomal STR profile whereas the paraDNA system is principally designed as a cost-effective screen or intelligence system.

Fundamental Biochemical Processes

One of the limiting factors with DNA typing technology is that sometimes DNA isolated from physiological stains recovered from the crime scene is so damaged as to be intractable to analysis. However, current knowledge of the biochemical nature and extent of the DNA damage in biological stains of forensic importance is rudimentary. We have investigated the basic chemistry of the dried state, specifically that of the most common expected type of chemical reactions, namely hydrolysis and oxidation to determine the rates of such reactions under different environmental conditions. We have also characterized the molecular lesions that prevent the ability to obtain a standard DNA profile in damaged DNA recovered from crime scene physiological stains with a view to determining possible DNA repair strategies. Subtle physicochemical changes to the structure of the hemoglobin molecule in the dried state in bloodstains have been used by us to develop a simple VIS spectroscopic method for the estimation of the age of the bloodstain (i.e. time since deposition (TSD)).

Skip to Content
Skip to Main Navigation
Skip to Search

Student Opportunities

Get hands-on experience with research.

In the Department of Forensic and Investigative Sciences, research is a key component of our curriculum. Whether you’re an undergraduate or graduate student, you’ll find plenty of opportunities to do research. We try to involve as many students in research as possible.

Undergraduate research

As an undergraduate, you’ll be required to complete a senior capstone project. This could be:

An internship at an approved crime lab or other organization
Laboratory research supervised by a forensic and investigative sciences faculty member

How to find your niche

Learn about the research going on in the department (and beyond) and identify two or three areas that interest you.

Visit faculty research pages to learn about their fields of interest.
Talk to your advisor.
Talk to other students and your teaching assistants about their research.
Look at the posters in the hallways of the department.

Contact two or three faculty members and ask for an appointment to discuss their research and the possibility of an undergrad position on their team. If you don't hear back within a few weeks, send another email or drop by their office.

Other ways to get experience

Internships.

In your second or third year at IUPUI, you can apply for an internship through the Life-Health Sciences Internship Program . This program encourages career exploration, skills development, and professional growth. Each spring, students give a poster presentation to share the work they’ve done during their internship.

Forensic Science Club

The Forensic Science Club at IUPUI provides opportunities for volunteering, hands-on learning activities, and speaking with professionals in the field. From the group’s annual murder mystery dinner to participating in National Science Day at the Indianapolis Children’s Museum to regular hands-on science activities, you’ll never be bored as a club member.

Graduate research

If you’re a student in our M.S. program with a thesis option, you should work with a faculty mentor as soon as possible to identify your thesis topic. You’ll test your thesis by conducting research in the lab and in the field, and you can expect your research and writeup to take at least one year of the program.

We recommend collaborative research projects with local forensic science laboratories. If you plan to do thesis research in conjunction with a crime lab, you must first get your thesis director’s approval.

See what our faculty are researching

Find faculty researchers
Learn more about research in the department

Custom Essay, Term Paper & Research paper writing services

testimonials

Toll Free: +1 (888) 354-4744

Email: [email protected]

Writing custom essays & research papers since 2008

155 best forensic science research topics for your paper.

Forensic science or criminalistics applies scientific methodology and principles to solving crime and aid criminal justice procedures and laws. This area of study covers many fields ranging from computer forensics to doctoral research and forensic psychology.

For students specializing in forensic science studies, it is common to have to write an essay, research paper, or dissertation on the subject’s topics. The tricky part here is to select the perfect topic from a wide array of forensic science topics for a research paper. You could work on something that focuses on a neglected area of study in the field or go in for a controversial topic. You can also pick a common topic and throw new light on it, or simply choose a topic highlighting societal trends.

Whatever you choose to work on, it is essential to clearly state your research question/topic, offer defensible logic, have a well-elaborated body and a concise conclusion to score well.

Here is a list of some of the most interesting research topics in forensic science, which will allow you to write a good essay and score well. Take a look:

Forensic Science Research Paper Topics

These are some common but good forensic science topics that are sure to get you great reviews:

Hereditary in fingerprints and pattern similarities among family members
Is it possible to solve crimes with forensic dentistry?
Understanding the crime through the skeletal remains of the victim
Victim identification through skeletal remains
The association between legal ethics, forensic dentistry, and crime-solving
Techniques of gathering DNA sample through buccal cell collection in possibly violent subjects
Using forensic anthropology to identify relations, family, and ancestry
Using forensic anthropology to identify the age, gender, and size of the victim.
Forensic evidence – Types, chain of custody, collection, and analysis
Using forensic anthropology to identify trauma and disease history
Forensic ballistics and how the type of weapon used can be confirmed?
Are standard hair tests accurate in racial estimation and solving crimes
How to develop the best fingerprint testing powder for unmatched result clarity
The role of forensic psychology in assessing the probability and incidence rate of rape
Forensic toxicology and its role in analyzing the effects of anti-stress drugs on military members
The growing need for researching the technologies supporting forensic geomorphology
Blood spatter studies that aid forensic science in solving crimes
Forensic microscopy – an insight
Hair and fibers – What they say in forensic science crime cases
Poison chemistry – how forensic experts work
Forensic investigations of WW1 and WW-II war graves
Forensic reconstructions – importance, role, and scope in solving crimes
The laws and principles guiding forensic science
Sawn-off shotguns — evaluating pellet distribution pattern based on barrel length
Mitochondrial DNA Analysis of skeletal remains – An overview of the technique
Forensic ballistics — what a bullet may tell about the crime and the weapon used
Forensic evidence — assembling the pieces to the criminal jigsaw
Drug detection timelines — an insight
Development and validation of the method used to assess the quality of friction skin impression for evidence
Fatal intoxication through Isotonitazine – A case study

Forensic Science Research Topics For High School

These are excellent topics for high school students, which are easy to work on and create impressive essays related to forensic science:

Comparing sibling fingerprints with strangers
Finding out if fingerprints of identical twins are also similar
Differences to quickly separate human skeletal remains from those of animals
Victim identification – What you must know about facial skeleton
DNA testing – uses and limitations
Different types of stab injuries are important from a forensic science perspective
The dental pattern of wild animals and ways to recognize them.
Blood spatter patterns and what they indicate about the crime
Creating blood spatter lab for better understanding of spatter patterns
Forensic science autopsy reports and what they indicate
Careers in forensic science and upcoming specializations
Forensic science and analysis of fiber evidence from the crime scene.
Good practices in forensic science laboratories
Handwriting analysis and how it helps forensic science professionals
The role of Forensic Genealogy in solving age-old cases
Iodine fuming to reveal latent fingerprints
Immunoassay techniques for protein identification
Thin Layer & Paper Chromatography to identify materials
Forensic art as a means to identify suspects
Gas chromatography to identify liquids

Interesting topics To Research That Have to Do With Forensic Science

These research topics related to forensic science will help you create an exciting write-up that will draw attention to your knowledge in the subject:

Studying the composition of cling film used to package illegal drugs to separate drug traffickers from consumers
Dense materials and their role in Geoforensics
DNA typing – Pros and cons from a crime-solving perspective
Using gene expression to assess the age of injury
Differences in stab injuries that confirm if wounds were antemortem or postmortem
The study of glass fracture pattern to assess bullet firing direction and distances
Ground-penetrating radar systems and their role in Geoforensics
Gamma-ray radiography and its role in crime-solving geomorphology studies
What insects tell us about the murder scene
The correct way to prepare a forensic autopsy report
Forensic psychology and law – an insight
The forensic science behind fire investigations
Organic chemistry and its role in forensic science for solving crimes
Mathematics and statistics — how they aid cases of forensic science
The forensic science behind identifying forgery and counterfeiting
Use of 3D imaging for visualization of footwear and tire impressions at the crime scene
Fluid dynamics study to assess bloody fingerprints at the crime scene
Audio recordings — interpretation and processing to build a case
Recorded gunshot sounds and how they are interpreted and analyzed to solve crimes
Cartridge case comparisons to assess pressure factors in firearms

Controversial Topics In Forensic Science

This is a collection of research paper topics for forensic science that is sure to spark a debate when discussed in class:

Are changes in the composition of cling film used for drug packaging of any forensic value to arrest criminals?
DNA typing — an analysis of the efficacy of this technique in identifying victims and unsolved crimes
Isotope ratio mass spectrometry — an analysis of accuracy concerning the crime, its conditions, and people involved
Flies that come on a dead body based on its location and time of death
Forensic psychology and its impact on instances of Military rape
Is forensic toxicology research lacking in assessing drug abuse among military personnel during combat?
Is Forensic geomorphology helpful in solving crimes?
Skeletal tissues and forensic microscopy — the role they play in solving crimes
Forensic science and how it makes the dead speak
Characteristics of Zopiclone degradation and consequences from a forensic toxicology perspective
Understanding what happens to the body when someone dies naturally vs. a violent death.
Criminal minds and their forensic psychology
The role of Trace DNA in criminal investigations and its reliability
Criminal profiling and the role of Forensic psychology in arresting the killer
Forensic victimology and its role in context with investigations and legal parameters

Forensic Science Topics For Presentation

Suppose you want to make a presentation on any aspect of forensic science. In that case, you can consider the topics given below as they provide sufficient scope and information:

How to extract fingerprints from a crime scene
Equipment used in crime scene fingerprinting and the process
How to identify skeletal remains of a human subject
Building the face of a human through the remains of their skeleton
Know all about the various techniques used in forensic anthropology
Cyber forensics – How to catch a hacker
Methods of DNA testing
Methods of DNA testing of unwilling subjects
Standard forensic hair tests used in forensic examinations
Identification of cell type and body fluid through RNA based methods
Types of flies that congregate on a dead body indicating the time of death
A detailed step-by-step guide to forensic deduction
Cyber Forensics – how to detect phishing
Forensic science – the basics of crime scene analysis
Forensic frauds and laws around examiner misconduct
Methods and tools used by forensic pathologists
Forensic autopsy Vs. Regular Autopsy
The Muscid fly and its forensic importance
The role of forensic science in tracking victims of human trafficking
Evaluation of footwear impression — a step by step guide of the Footwear Impression Comparison System (FICS)

Forensic Science Thesis Topics

Use any of the topics given below to write an impressive thesis that showcases in-depth knowledge. These topics provide ample scope to delve deeper into the subject and write after thorough research.

Fingerprint science — an insight
Crime scene fingerprinting — a detailed study
Forensic anthropology — an insight
Forensic anthropological techniques for a detailed history of the victim
Isotope ratio mass spectrometry — An Insight
Computer forensics and its role in solving cybercrime
Forensic toxicology and how it may help prevent military violence
The role of forensic anthropology in postmortem findings
DNA testing methodology — an insight into means available and their efficacy
Reassessment of Asphyxia and the Pink Teeth Phenomenon
Forensic psychology – differentiating sociopaths from psychopaths
Study of blood in forensic science
DNA typing – An insight into unsolved crimes and the use of this method
Nanotechnology in Forensic studies – An insight
Consumer protection in the world of growing cyber crimes and how cyber forensics can help
Forensic toxicology – An insight
Fingerprint ridge density and its relation with sex determination
Forensic geomorphology – an extensive study of the scope and application of this field of study
The history and evolution of forensic science
Medical Image security using digital watermarking – An overview
Anatomy of bruises and what they convey about the tracker and the victim
Forensic psychology – Understanding the characteristics of psychopaths for profiling.
High-Resolution Melt (HRM) assays – An insight
Human vaginal matrix and the analysis of condom evidence from a forensic perspective
Handprint dimensions for Sex classifications – the ABC model of forensic science

Current Topics in Forensic Science

These topics stem from the latest developments in forensic sciences and highlight the current environment in this field of study. Take a look:

Latest techniques in forensic science to catch murderers
Studying injury age using gene expression to solve the crime
Latest forensic science techniques used to identify illicit drugs
Developments in technology and chemistry that aid forensic science like never before
Latest illegal drug recognition systems – an insight
The amino acid fingerprint test – an evaluation
Identifying of Felidae Animals using Elemental Analysis of Hair and its Scanning Electron Microscopic Characterization
Pediatric Poisoning — Seasonal trends, materials and distribution across the UK.
The UK forensic science environment and what has changed
The changing scene of Geomorphology with gamma-ray radiography and ground-penetrating radar
How stable is the use of Zopiclone in forensic studies related to whole blood samples
Latest enhancements in RNA based methods for identification of cell type and body fluid
The emerging role of computer forensics in cybercrime and the latest developments.
Cyberwarfare and how cyber forensics fit in?
Geoforensics – how soil mapping aids in solving crimes
mRNA profiling assays and their role in reducing time and cost of analysis
Latest technologies used in the identification of body fluids
Latest trends in forensic odontology
Heartbreak Grass deaths — A toxicological and medico-legal analysis
Water-soluble paper analysis for forensic discrimination
A worldwide survey of issues in forensic science – A contemporary perspective
DNA study to assess regular occupancy in any vehicle
Methods of assessing authentic audio recordings using different voice apps
An insight into the DNA extraction process for DNA identification in bodies
One-handed strangulation – A reconstruction study to find the criminal

If you are looking to submit an impressive dissertation or essay on a topic on forensic science and are still confused about how to proceed, get in touch with us. We can help you find impressive topics for your dissertation and help with forensic science research proposal topics. We have a strong team of expert writers and provide an array of high-quality, professional writing services for college and high school students.

Expect cheap, fast, and custom write-ups that match your education level and are sure to get you the best grades. What is essential is that our work is 100% plagiarism-free and delivered on time to meet your submission deadlines. So feel free to contact us, and our team will be happy to help.

share this!

April 22, 2024

This article has been reviewed according to Science X's editorial process and policies . Editors have highlighted the following attributes while ensuring the content's credibility:

fact-checked

peer-reviewed publication

trusted source

Advance in forensic fingerprint research provides new hope for cold cases

by Meg Cox, Loughborough University

New hope for cold cases due to breakthrough in forensic fingerprint research

Researchers have unveiled a method capable of detecting drug substances from fingerprints lifted from crime scenes, which could provide fresh insights into unsolved cases. The research is published in the journal Drug Testing and Analysis .

Analytical scientists from Loughborough University have demonstrated for the first time that drug residue—namely the fast-acting sleeping pill Zolpidem, which has been linked to drug-facilitated sexual assault and drink spiking —can be detected on gel-lifted fingerprints.

Dr. Jim Reynolds and Dr. Ayoung Kim say the breakthrough could shed new light on cold cases and unsolved crimes as forensic gel lifters—which transfer prints onto a gelatin surface—are used globally by scenes of crimes officers to preserve and visualize fingerprints.

"This is the first time that analysis of gel-lifted prints for a drug substance has been accomplished, and shows that lifted prints and other forensic marks can be interrogated for useful information," says Dr. Reynolds, the research lead.

"Since gel-lifted prints and marks can be stored for many years, the technique could be of real use in cold cases where additional information may prove useful to either link or exonerate a suspect to the investigation. Working with police forces and applying the method to cold case samples could help bring criminals to justice who may have thought they have got away with it."

A number of tests exist to detect drugs directly from fingerprints, but these face limitations. They can be destructive to the fingerprint, degrade drug residues, and be affected by environmental interferences.

It has long been speculated that gel-lifted prints contain valuable chemical information and could offer more accurate drug detection.

However, traditional techniques used to analyze the chemicals present in a sample have previously not been suitable for gel lifters. This is because they detect all chemicals present, including those that make up the gel, making it difficult to identify specific substances.

The method used by Dr. Reynolds and Dr. Kim, called sfPESI-MS, overcomes this issue using a rapid separation mechanism that distinguishes the drug substance from the background of the gel.

The process involves sampling the chemicals from the gel lifters into tiny liquid droplets. The chemicals extracted into the droplets are then ionized, which means they gain or lose electric charge depending on their chemical properties. The drug substance chemicals are more surface active than the chemicals originating from the gel, which enables them to be separated from the mixture.

This separation method enables the direct detection of a drug substance using mass spectrometry , a technique that identifies chemicals by measuring their molecular weight. The researchers have successfully tested the technique using Zolpidem-laced fingerprints lifted from glass, metal, and paper surfaces in a laboratory setting.

They now hope to work with police forces to analyze stored gel-lifted prints and use the method to identify other substances.

Dr. Reynolds said, "Zolpidem was the focus of our research, but the method could just as easily be applied to other drug substances a person may have been handling and could be applied to other chemicals such as explosives, gunshot residues, paints, and dyes.

"By linking chemical information to the fingerprint, we can identify the individual and link to the handling of an illicit substance which may prove useful in a prosecution. This could be useful to detect individuals who have been spiking drinks; for example, if the drug they are using gets onto their fingertips, then they will leave evidence at the scene."

Dr. Kim, who is the first author of the paper and completed the research as part of her Ph.D. at Loughborough, added, "We would like to apply our method to real samples from criminal investigations; it would be good to know my Ph.D. research has helped bring criminals to justice."

Journal information: Drug Testing and Analysis

Provided by Loughborough University

Explore further

Feedback to editors

Freeze casting—a guide to creating hierarchically structured materials

8 minutes ago

Scientists replace fishmeal in aquaculture with microbial protein derived from soybean processing wastewater

11 minutes ago

Advanced cell atlas opens new doors in biomedical research

12 minutes ago

Cocaine is an emerging contaminant of concern in the Bay of Santos (Brazil), says researcher

Study says it's likely a warmer world made deadly Dubai downpours heavier

13 minutes ago

Study shows the longer spilled oil lingers in freshwater, the more persistent compounds it produces

14 minutes ago

IRIS beamline at BESSY II gets a new nanospectroscopy end station

46 minutes ago

The secret to saving old books could be gluten-free glues

Synthesis of two new carbides provides perspective on how complex carbon structures could exist on other planets

Scientists regenerate neural pathways in mice with cells from rats

Relevant physicsforums posts, very confused about naunyn definition of acid and base.

Apr 24, 2024

Can you eat the Periodic Table?

Apr 23, 2024

Ideas for a project in computational chemistry?

Apr 21, 2024

New Insight into the Chemistry of Solvents

Apr 17, 2024

Separation of KCl from potassium chromium(III) PDTA

Apr 16, 2024

Zirconium Versus Zirconium Carbide For Use With Galinstan

Mar 29, 2024

Fingerprints, revisited

Mar 13, 2019

Residues in fingerprints hold clues to their age

Jan 22, 2020

RaDPi-U: Fast and convenient drug screening with urine samples

Mar 25, 2024

The hidden data in your fingerprints

Apr 27, 2018

Scientists develop biocompatible fluorescent spray that detects fingerprints in ten seconds

Feb 26, 2024

Researchers apply existing method to reveal undesired biological effects of chemicals

Nov 26, 2021

Recommended for you

Scientists discover method to prevent coalescence in immiscible liquids

3 hours ago

Synthetic droplets cause a stir in the primordial soup: Chemotaxis research answers questions about biological movement

2 hours ago

Chemical rope trick at molecular level: Mechanism research helps when 'trial and error' fails

New method could cut waste from drug production

22 hours ago

Let us know if there is a problem with our content

Use this form if you have come across a typo, inaccuracy or would like to send an edit request for the content on this page. For general inquiries, please use our contact form . For general feedback, use the public comments section below (please adhere to guidelines ).

Please select the most appropriate category to facilitate processing of your request

Thank you for taking time to provide your feedback to the editors.

Your feedback is important to us. However, we do not guarantee individual replies due to the high volume of messages.

E-mail the story

Your email address is used only to let the recipient know who sent the email. Neither your address nor the recipient's address will be used for any other purpose. The information you enter will appear in your e-mail message and is not retained by Phys.org in any form.

Newsletter sign up

Get weekly and/or daily updates delivered to your inbox. You can unsubscribe at any time and we'll never share your details to third parties.

More information Privacy policy

Donate and enjoy an ad-free experience

We keep our content available to everyone. Consider supporting Science X's mission by getting a premium account.

E-mail newsletter

Services Paper editing services Paper proofreading Business papers Philosophy papers Write my paper Term papers for sale Term paper help Academic term papers Buy research papers College writing services Paper writing help Student papers Original term papers Research paper help Nursing papers for sale Psychology papers Economics papers Medical papers Blog

231 Amazing Forensic Science Research Topics

What is forensic science? Forensic Science is a field of academic study that entails applying scientific methods and processes to solve crimes. It mainly applies to the courts of the judicial system. College students should use scientific innovations and forensic science advancements to bring solutions to criminal offenses. Due to the technicality of the field, it is rare to find professional forensic science topics. However, our expert writers have collated a list of 231 writing ideas that you can use for your following paper. If you want to have a good grade, but find writing a research paper a really difficult task, it’s better to hire a someone to complete your assignment.

Easy Forensic Science Research Paper Topics

The development of forensic science since the late 18th century
Impacts of the extraordinary scientific innovations and advancements to forensic Science
The application of DNA and botany to forensic Science
How forensic science helps in the examination of physical evidence
The role of forensic research to clear and concise reporting
What is the essence of a truthful testimony of a forensic scientist?
A case study of criminal cases and convictions handled through forensic Science
How forensic Science brings out objective facts through scientific knowledge
Impact of private companies conducting forensic Science
An evaluation of microscopic examining techniques
Mathematical principles used in forensic study
Why a majority of forensic scientists work in forensic labs or morgues
Qualifications or one to work as an independent forensic science consultant
Analyze the composition of forensic pathologists
Discuss the distinct roles of forensic deontologists
How is digital forensics a game-changer in solving homicides?
Fields of criminal justice and the law that deals with forensics
Understanding the scientific and social environment of the criminal justice system

High-Quality Forensic Science Topics For a Research Paper

Assess some selected concepts of forensic engineering
Discuss the legal standards of admissible evidence
How forensic scientists collect, preserve, and analyze scientific evidence
The impact of forensic scientists testifying as expert witnesses
How the ancient world operated without forensics
Compare and contrast forced confessions and witness testimony to forensics
The relationship between medicine and entomology in solving criminal cases
The role of Ambroise Paré in laying a groundwork for forensic Science
How the Enlightenment era contributed to the development of forensics
A case study of John Toms’ trial and conviction for murdering Edward Culshaw with a pistol
How James Marsh applied Science to the art of forensics
Analyze the use of bullet comparison in 1835
Discuss the anthropological technique of anthropometry
Factors affecting forensic document examination
Effectiveness of the use of fingerprinting in identifying criminal suspects
Discuss the evolution of forensic DNA analysis from 1984
How effective was a scientific and surgical investigation in forensics?
The role of crime scene photography to forensics

Hot Research Topics in Forensic Science

The role of biological evidence and DNA in Forensic Science
How fingerprints and pattern evidence contribute to forensics
Discuss the impact of Opioids and other illegal drugs on forensic study
The effect of technology in building digital evidence
Factors that affect effective ballistics in pre-meditated murder
How to trace evidence using forensics
The importance of the National Commission on Forensic Science
Conduct an analysis of pattern and impression evidence
The relationship between trace evidence and chemistry
Evidence analysis and processing using forensic Science
How to use controlled substances in a forensic study
Discuss the alternative genetic markers in forensics
How to deal with compromised DNA evidence in forensics
The impact of automation and miniaturization in forensics
Why the mitochondrial DNA is critical in forensic Science
Discuss the steps involved in the Y-chromosome analysis
How to conduct effective sperm detection and separation
How to determine culprits behind fire and arson through forensic study

A+ Forensic Science Research Proposal Topics

Addressing the reliability and credibility of pattern and impression evidence
Rigorously test the method of forensic DNA analysis
Develop strategies to detect and identify new drugs
Discuss the psychological implications of Forensic Science
Why computer forensics and cybercrime is becoming more complicated
Evaluate the advancements made in forensic toxicology and military violence
Considerations for Geo-forensics and dense material
The impact of ground-penetrating radar and gamma-ray radiography on forensics
Assess a typical day in the office for a forensic chemist
Qualities that forensic practitioners must possess
The state of forensic nursing in the United States
Discuss the correlation between forensics and law
How to expand the field of forensics through forensic intelligence
The cognitive aspect of forensic Science
How to integrate forensic Science into the curriculum
Are American academies of forensic Science up to the standard?
The role of police science technicians in solving crimes
Application areas of Physics in forensic Science

Want to get an A+ grade? Try our college paper writing service and discover the benefits of high-quality and cheap paper writing help.

Impressive Research Paper Topics For Forensic Science

Is it justifiable to use animals in forensic science research?
How to best communicate forensic science evidence in the criminal justice system
Effectiveness and perceived trustworthiness of Forensic Science
The sociology of Forensic Science in the 21st century
The necessity of geographic forensic medicine
The role of DNA methylation in forensic Science
Is there a need for more research in forensic science?
Are some forensic practices slowly becoming out of date?
The desirability of specific technologies to be used in forensic Science
Physical and social considerations for an effective forensic investigation
Discuss the essence of nanoparticles in forensic Science
The relationship between clinical research and forensic medicine
A historical perspective of parasites in forensic Science
Systems of classifying handwritings in forensic Science
Analyze the drawbacks in the development of forensic study
How to incorporate arguments into a forensic trial
Does a degree in forensic Science guarantee you a job in Pentagon?
Discuss the educational requirements for forensic scientists

Excellent Research Topics Related to Forensic Science

Microbiome tools used for forensic Science
The impact of new psychoactive substances in forensic Science
Who should accredit undergraduate forensic science students?
The effect of DTIC and technology on computer forensics
The application of forensic Science in army counterintelligence
What is the future of forensic Science in wildlife?
Possible initiatives that can help strengthen forensic Science
What an error means for a forensic study
Is the curriculum for high school students on forensic Science effective enough?
Why next-generation sequencing technology is necessary for forensics
Current utilization of the internet for forensic Science
The impact of search engines and databases in forensic study
The ethological and cultural evolution of forensic Science
Assessment of the effectiveness of forensic science in criminal law
The result of big data on forensic Science and medicine
Why molecular imprinting is necessary for forensic study
Narratives and Science in forensic historiography
The effect of infrared spectroscopy imaging on forensic Science

Interesting Topics to Research That Have to do With Forensic Science

Using atomic force microscopy in forensic Science
Discuss the limitations of using environmental forensic microscopy
Understanding and utilizing the human element in forensic Science
Discuss the considerations for psychiatric caring in forensic Science
How RNA works in forensic Science
A contextual analysis of digital stratigraphy in forensic Science
Analysis of the challenges facing nuclear forensic Science
What happens when a forensic investigation goes out of control?
Ethical considerations in the field of forensic Science
Why crime scene management is necessary for forensic investigation
How the Raman spectroscopy has contributed to forensic Science
A study of the inconsistencies in the curricula of forensic science degree programs
Evaluate the use of simulation in forensic nursing and competency
How to bridge the gap between forensic Science and entomology
The role of detectives in a forensic science investigation
New perspectives impacting the study of forensic Science
Discuss the integration of forensic examination into imageology
The impact of television production and modern storytelling in forensics

Unearthed Forensic Science Topics

Testing the validity and reliability of forensic voices
The role of pictures in crime investigation and scene reconstruction
A theoretical evaluation of forensic nursing science
Why is the field of forensic science dominated by men
Emotional and psychological impacts of being a forensics expert
Technological means of advancing the Science of forensics
How to select a hypothesis and test common misinterpretations in forensics
The relationship between culture, law, and forensics in criminal justice
Discover the discrepancies in Forensic Science in the US and UK
Potential applications of Forensic Science in the aviation industry
The role of podiatric knowledge and experience in forensic investigations
Investigating sudden cardiac death using forensic Science
Why pattern uniqueness is relevant in forensic Science
How forensic investigations are necessary for human rights investigations
Understanding the cognitive neuroscience in forensic Science
A methodological approach to the use of IRMS in forensic Science
The power of forensic Science in facial recognition
Discuss the relationship between forensic Science and Standards Act of 2012

Controversial Topics in Forensic Science

How accurate is racial-estimation in standard hair-tests amongst forensic hair examiners?
Implications of illicit-tablet recognition systems to human health
Is the use of forensic-DNA ethical?
Why a cling-film is the best product for packaging illicit drugs
Do some forensic science methods contribute to racial profiling?
How forensics is a leading contributor to the invasion of the right to privacy
Legislative responses that are taking shape in the light of Forensic Science
Why wrongful convictions have happened as a result of forensics
Reasons why problems can be present in forensic Science
The limitations of ballistic and hair analysis
Is there a lack of scientific credibility in forensics?
Can error rates occur in the case of DNA analysis?
The relationship between forensic tools and underlying Science
Evaluate the massive post-conviction review of 2,500 points by the FBI
Are the self-regulatory codes in forensic Science sufficient enough?
The impact of the low number of forensics on its effectiveness
The effect of the absence of regulatory organizations on forensic Science
Dealing with the professional misconduct of a forensic scientist

Forensic Science Topics For Presentation

The relationship between forensics and the application of Science to law
Discuss the arbitrary distinction between ethics and morals in forensics
Evaluate the religious considerations when conducting forensics
Evaluate what constitutes a misrepresentation of the credentials before the court of law
The rising cases of counterfeit professional licensures or certifications
The impacts of movies and TV series’ on forensic Science
Is the increasing number of private forensic consultants something to worry about in the 21st century?
Do public forensic laboratories portray a higher ethical ground than private ones?
Critically analyze the innate responsibility and obligation of forensic scientists towards the forensic science profession
Recognizing the limitations of scientific and professional forensic knowledge
Discuss situations when forensic Science may deprive one of the fundamental human rights
Why forensic scientists must be reasonably familiar with the judicial or administrative rules
Factors that may lead to lack of objectivity and exploitation among forensic scientists
Discuss the institutional policy requirements that may limit proper forensic study
The dilemma of multiple relationships in forensic Science
Why a forensic scientist must seek consent before proceeding with an investigation
The critical role of protecting the client’s confidentiality in forensic study
The part of the documentation in forensic study

Forensic Science Thesis Topics

How to synthesize powder to develop the best prints
Analyze the different types of stab injury postmortem
How to study glass fracture patterns through firing bullets from various positions
Conduct an in-depth analysis of the different types of inks
Discuss how to identify counterfeits
Reliable methods of evidence preservation for long cases
Discuss the genetic variability of different phylogenetic in forensic Science
The role of paper spray mass spectrometry in detecting hazardous chemicals
Discuss the viability of a shared ballistics database between two conflicting countries
Necessary improvements to buccal cell collection for DNA testing
Analyze the common factors that affect the composition of the cling film
Critically analyze how the change in nature affects a crime site
Evaluate the different technological approaches to forensic Science
Assess the reliability of evidence after an error occurred in the first test
Evaluate the efficiency of USB devices in remote monitoring among computer users
Discuss the gaps that exist in America’s police force: Inconsistencies in forensic services
How accurate is racial estimation using standard hair tests?
Compare and contrast the different tablet recognition systems used by the FBI.

Current Topics in Forensic Science

The impact of coronavirus on forensic Science
Why the 5G technology may be the game-changer in the field of forensic Science
The role of hacking software in tracing digital footprints online
Why global warming is posing a threat to uncovering past cases using forensics
Why is the study of forensic science essential in the 21st century?
What is the best major for forensic Science for college students?
Evaluate the effectiveness of the criteria for forensic Science
Is the field of forensic Science a well-paying job arena?
Do judges depend on forensic evidence in court?
What is the impact of a long time taken during forensic studies on a case?
Who is responsible for an error during forensic research?
Why documenting forensics scenes in the 21st century has become more efficient
Impact of laser scanners, photogrammetry, and drones in forensic Science
Latest technologies to conduct bloodstain pattern analysis
Why computational forensics is raising safety issues

And there you have a list of 231 good forensic science topics. If you wish to learn how to write a paper, our custom help is all you need. Let us show you how to complete a forensic paper fast and easy today! Contact us with a “ do my research paper now” request and get an A+.

Sciencing_Icons_Science SCIENCE

Sciencing_icons_biology biology, sciencing_icons_cells cells, sciencing_icons_molecular molecular, sciencing_icons_microorganisms microorganisms, sciencing_icons_genetics genetics, sciencing_icons_human body human body, sciencing_icons_ecology ecology, sciencing_icons_chemistry chemistry, sciencing_icons_atomic & molecular structure atomic & molecular structure, sciencing_icons_bonds bonds, sciencing_icons_reactions reactions, sciencing_icons_stoichiometry stoichiometry, sciencing_icons_solutions solutions, sciencing_icons_acids & bases acids & bases, sciencing_icons_thermodynamics thermodynamics, sciencing_icons_organic chemistry organic chemistry, sciencing_icons_physics physics, sciencing_icons_fundamentals-physics fundamentals, sciencing_icons_electronics electronics, sciencing_icons_waves waves, sciencing_icons_energy energy, sciencing_icons_fluid fluid, sciencing_icons_astronomy astronomy, sciencing_icons_geology geology, sciencing_icons_fundamentals-geology fundamentals, sciencing_icons_minerals & rocks minerals & rocks, sciencing_icons_earth scructure earth structure, sciencing_icons_fossils fossils, sciencing_icons_natural disasters natural disasters, sciencing_icons_nature nature, sciencing_icons_ecosystems ecosystems, sciencing_icons_environment environment, sciencing_icons_insects insects, sciencing_icons_plants & mushrooms plants & mushrooms, sciencing_icons_animals animals, sciencing_icons_math math, sciencing_icons_arithmetic arithmetic, sciencing_icons_addition & subtraction addition & subtraction, sciencing_icons_multiplication & division multiplication & division, sciencing_icons_decimals decimals, sciencing_icons_fractions fractions, sciencing_icons_conversions conversions, sciencing_icons_algebra algebra, sciencing_icons_working with units working with units, sciencing_icons_equations & expressions equations & expressions, sciencing_icons_ratios & proportions ratios & proportions, sciencing_icons_inequalities inequalities, sciencing_icons_exponents & logarithms exponents & logarithms, sciencing_icons_factorization factorization, sciencing_icons_functions functions, sciencing_icons_linear equations linear equations, sciencing_icons_graphs graphs, sciencing_icons_quadratics quadratics, sciencing_icons_polynomials polynomials, sciencing_icons_geometry geometry, sciencing_icons_fundamentals-geometry fundamentals, sciencing_icons_cartesian cartesian, sciencing_icons_circles circles, sciencing_icons_solids solids, sciencing_icons_trigonometry trigonometry, sciencing_icons_probability-statistics probability & statistics, sciencing_icons_mean-median-mode mean/median/mode, sciencing_icons_independent-dependent variables independent/dependent variables, sciencing_icons_deviation deviation, sciencing_icons_correlation correlation, sciencing_icons_sampling sampling, sciencing_icons_distributions distributions, sciencing_icons_probability probability, sciencing_icons_calculus calculus, sciencing_icons_differentiation-integration differentiation/integration, sciencing_icons_application application, sciencing_icons_projects projects, sciencing_icons_news news.

Share Tweet Email Print
Home ⋅
Science Fair Project Ideas for Kids, Middle & High School Students ⋅

High School Forensics Science Fair Project Ideas

Projects on Forensic Science

Forensic science is an interesting subject at the intersection of science and law. Through some simple science fair investigations, high school students can learn a lot about how forensic investigators gather and analyze clues at crime scenes. These science fair projects can explore, among other things, the proper analyses of fingerprints, bite marks and blood spatters.

Difference in Fingerprint Types Between Males and Females

Human fingerprints show many different patterns, such as arches, whorls and loops. The different types of fingerprints occur at different frequencies throughout the population based on certain biological factors. This project focuses on determining whether gender influences the frequency of the fingerprint types.

To complete this project, you will need fingerprinting pads and fingerprint charts where you can take fingerprints from different people and keep track of their genders.

Start by enlisting the help of 30 girls and 30 boys. Take the fingerprints from all of these test subjects. Count the numbers of arches, loops and whorls among the samples from the boys, and do the same for the girls. Perform a chi-squared test to determine whether there are significant differences in the various fingerprint categories. For the chi-squared test, use the numbers of fingerprint types for the boys as the expected values and the numbers of fingerprint types for the girls as the observed values.

Blood Spatter Patterns

Forensic investigators can determine a lot about the nature of a violent crime by analyzing the patterns in blood spatters. You can learn about what they can know by performing some simple experiments.

For this project, you should create a 50/50 mixture of corn syrup and water colored with red food coloring for use as "blood" in your investigation. You will also need an eyedropper, a large white poster board, a meter stick and a protractor. You will determine the lengths of streaks of blood created by drops of "blood" falling from different heights and at different angles to the poster board.

To collect data, prop the poster board against a wall and use the eyedropper to drop one drop of blood on it. Use your meter stick to measure the height from which the blood was dropped and your protractor to measure angle at which the blood struck the poster board. Then use the meter stick to measure the length of the blood streak that occurred when the blood struck the poster board. Write down your data. Conduct many more trials by varying the height from which the blood was dropped and record all your data in a table labeled "Height versus Spatter Length." Then select a constant height and conduct more trials while varying the angle each time. Record these data in a table labeled "Angle of Incidence versus Spatter Length." When you have recorded sufficient data, see whether you can determine algebraic or trigonometric relationships between height or angle and spatter length.

Bite Mark Analysis

Forensic odontologists can learn a lot about the victims and suspects involved in crimes by analyzing any bite marks that were discovered as evidence. A bite mark is as unique as a fingerprint. One good science fair project would be to determine whether there are any standard differences between the bite marks of males versus females.

For this project you will need 30 foam plates. Cut them in half to create 60 bite mark templates.

Collect data by asking 30 females of the same age to create bite marks by firmly biting down on the Styrofoam plates. Then ask 30 males to do the same. Measure the distances between the canines of each female bite mark and do the same for the males. Then draw a line on each bite mark that connects the rear-most molars. Measure the depths of all the female bite marks by measuring the distance from the front incisors to the rear-molar line. Do the same for the male bite marks. Calculate averages and standard deviations for the data from the females and males and compare the two. Look for differences that could be useful in identifying a male versus female bite mark.

When conducting this investigation, be sure to use soap to sterilize all plates before and after the bite marks are collected to avoid spreading germs.

How to determine height through the skeleton, how to read a titer report, science projects on dominant & recessive genes, chemicals used in forensic science, ideas for a comparison science project, human anatomy projects, forensic science kits for your budding detective, detective science experiments for kids, how to teach kids to read a ruler, how to calculate girth, science projects with cats, how to calculate a test average, how do i calculate repeatability, types of forensic tests, science fair project on color blindness, science projects on which paper towel is the strongest, music science fair project ideas, what statistical analysis do i run when comparing three..., teenage girl science fair ideas.

ODEC: Fingerprint Patterns
GraphPad: Chi-squared Test

About the Author

Timothy Banas has a master's degree in biophysics and was a high school science teacher in Chicago for seven years. He has since been working as a trading systems analyst, standardized test item developer, and freelance writer. As a freelancer, he has written articles on everything from personal finances to computer technology.

Find Your Next Great Science Fair Project! GO

An official website of the United States government, Department of Justice.

Here's how you know

Official websites use .gov A .gov website belongs to an official government organization in the United States.

Secure .gov websites use HTTPS A lock ( Lock A locked padlock ) or https:// means you’ve safely connected to the .gov website. Share sensitive information only on official, secure websites.

NIJ Awards $16M to Support Forensic Science Research

Archival notice.

This is an archive page that is no longer being updated. It may contain outdated information and links may no longer function as originally intended.

On September 26, 2023, NIJ announced $16 million in new funding to support 33 projects under the FY23 Research and Development in Forensic Science for Criminal Justice Purposes solicitation. Through this program, NIJ continues to advance the speed, accuracy, and reliability of forensic analysis, which ultimately bolsters the administration of justice.

“NIJ is on the forefront of cutting-edge innovations in forensic science, and the outcomes from these NIJ-funded projects will further enhance the field’s methods, strengthen evidence in court, improve public safety, and create a more fair and equitable justice system,” said NIJ senior science advisor Janine Zweig.

Funding Highlights for Fiscal Year 2023

Since 2009, NIJ has invested nearly $300 million in its Research and Development in Forensic Science for Criminal Justice Purposes program — its largest ongoing research initiative — making it a global leader in the advancement of forensic science. The program spans the breadth of forensic science disciplines from forensic biology, medicolegal death investigation, and toxicology, to trace evidence analysis and more. The following are a few examples from this year’s awards:

Developmental Validation of a Novel Multi-analyte Recovery Method for Trace Biological Samples , West Virginia University Research Corporation, Morganton, WV ($494,268) Today’s forensic scientist will soon need to target an entire suite of molecular analytes. There is an urgent unmet need for adding a multi-analyte recovery method compatible with trace biological samples to the forensic scientist’s toolbox. While the target for STR genotyping and human individualization is clearly DNA, there is a growing need for analysis of multiple analytes in forensic casework. For example, analyzing mRNA and protein are methods for body fluid identification, while the analysis of drug metabolites is performed in forensic toxicology laboratories. This award builds on a prior NIJ award to develop a novel method that enables highly efficient recovery of DNA and RNA from trace biological samples but is also non-destructive to proteins and metabolites. This project will perform a full developmental validation of this method according to Scientific Working Group on DNA Analysis Methods guidelines. The proposal team will work with forensics practitioners to ensure new protocols align with existing workflows.
Time Since Deposition Signatures for Touch DNA Evidence , Virginia Commonwealth University, Richmond, VA ($389,621) The goal of this project is to test a new method for determining the time-since-deposition for epithelial cell populations that can be used for a variety of sample types including trace biological evidence. Establishing the age of evidentiary samples is a critical need for forensic laboratories in order to provide probative context to DNA profiling results. Currently, few methods have been described for determining the age of epithelial cell samples and, of those methods, none have been validated for casework. Previous research from this group has established a novel workflow that analyzes the autofluorescence and morphological signatures of cell populations that vary with time following sample deposition. The primary advantage of this method for forensic casework is that all aspects of the workflow are high-throughput and inherently non-destructive, making it ideal for evidence samples since these are typically compromised and low in template quantity. The goal of this project is to test time-since-deposition signatures for the most challenging and realistic sample types commonly encountered and optimize the method to increase the probative value of time estimates as well as the range of samples it can be used on.
Optimizing Analytical Parameters for Detection of Chronic and Single Dose Drug Exposure in Forensic Hair Analysis , Florida International University, Miami, FL ($431,892) In forensic toxicology, retrospective biomonitoring of drug use is most commonly done by analysis of hair. Advantages of hair include the ability to perform segmental analysis to determine timelines of use and/or abstinence. This is of particular significance in drug-facilitated crime (DFC), when blood and urine samples may not be available due to delayed reporting of the event. This project seeks to build upon previous Design of Experiments (DoE) work to further improve the performance and reliability of forensic hair testing. DoE studies will be conducted for additional drugs of abuse, with a particular focus on drugs associated with DFC.
An Image Analysis Framework for Objective Color Interpretation of Seized Drug Tests , Research Triangle Institute, Research Triangle Park, NC ($392,196) Color testing continues to be reported as the most common seized drug screening method because of the advantages of low cost, rapid results, and simple visual interpretation. However, limitations from human factors considerations, interferents, and manual interpretation and recording of results often lead to opportunities for user error and unreliable results. Advancements in digitization and digitalization could be used to address these limitations. This project will use an in-house software platform for image processing and objective color interpretation. Ultimately, this work aims to produce more reliable results by decreasing variabilities from human factor considerations that may impact interpretation and subjectivity, allowing for the storage of data for traceability, recall, or review, while requiring minimal changes to current workflows for more streamlined transition and implementation.
Quantifying the Strength of Support in Fingerprint Casework Comparisons , Indiana University, Bloomington, IN ($609,185) Latent print examiners currently report their conclusions about whether a pair of fingerprints originated from the same source by using several broad categorical conclusions (i.e., Source Identification, Source Exclusion, or Inconclusive). Recent research has shown a mismatch between reported conclusions and the actual strength of the evidence, potentially leading to overstatement. This project seeks to quantify the strength of support, in terms of a likelihood ratio, for latent print comparisons across the range of conclusions. The researchers propose to calibrate the conclusion scale against the distribution of responses by examiners to a set of benchmark latent print pairs. This could allow for the method to be adopted into casework and may be generalizable to other forensic pattern comparison disciplines.
Accuracy, Efficacy, and Reproducibility of Muzzle-to-Target Distance Determination using Gunshot Residue , Noblis, Reston, VA ($872,282) Estimating muzzle-to-target distance using gunshot residue can be important in determining manner of death (e.g., suicide vs. homicide) or in weighing competing testimony about a shooting event. Nevertheless, the accuracy and reliability of these determinations are not well understood. This project will convene a working group to build consensus toward standardization of methods and generate a publicly accessible dataset of reference samples at known discharge distances. The centerpiece of the project is a “black box” study to measure how often practicing examiners get the answer correct, if the distance ranges they report are narrow enough to be useful, and how often their answers agree with each other.
Mechanics of Retinal Hemorrhage in Abusive Head Trauma , University of Utah, Salt Lake City, UT ($604,409) Pediatric abusive head trauma cases are some of the most challenging cases to investigate, and account for one-third of all child abuse deaths. Abusive head trauma can result in many injuries, including retinal hemorrhage; however, retinal hemorrhage may also be observed in accidental trauma. This project will investigate the mechanics of retinal hemorrhage and quantify forces required to cause such trauma. This fundamental research will provide a foundation to differentiate accidental vs. intentional head trauma resulting in retinal hemorrhage.
Developing and Validating Standards for Dental Cementum Age-at-Death and Season-of-Death Estimation , The University of Texas Rio Grande Valley, Edinburg, TX ($467,325) Assessing biological profile information (sex, population affinity, age, and stature) of skeletal remains is an essential task to aid in the identification of those remains and facilitate matching of an unknown individual to a reported missing person. Determining age-at-death is a key biological parameter to assist in identification of the remains; however, many methods to assess age-at-death have poor correlation between age and predicted skeletal degenerative changes. This project investigates a novel method to estimate age-at-death by analyzing dental cementum. Currently, cementum age-at-death estimation is the routine method for age determination of non-human mammals, and the researchers propose to investigate if this method can be adapted for human age-at-death estimations.

Access the full list of new awards .

Access NIJ’s Forensic Science Strategic Research Plan .

Science of Curiosity

Forensics Science Projects BUNDLE! Six Fun Projects

Bundle and Save with this set of six Forensic Science Projects! Projects topics include Forensics Careers, True Crime reading, Processing a Crime Scene, DNA Evidence, Explosives, and a culminating project for students to create their own miniature crime scene. A wide range of project styles: research projects, a video project, literature and modeling! Projects for groups, pairs and individuals!

$ 26.80

Description

All projects include full instructions, teaching guide, and rubrics.

This bundle includes all of the forensic science projects that are offered by Science of Curiosity! If any additional projects are added to the store, they will be included in this project. No extra charge to teachers who have already purchased the product!

**NOTE – this is not a growing bundle, I do not know if there will be more projects added to the store, but you never know the future! Price of this bundle is based on just these current products.

All time estimates below are how long the projects take in my classroom with an 85 minute class period for five days a week (Block schedule).

Forensic Science Careers Project – Make a Digital Poster!

This is a quick, easy Forensic Science project for your students. NO PREP! It offers the freedom to choose a topic of interest that may end up being a career choice for them down the road!

Students choose a Forensic Science Career from a list of 28 unique careers. They then follow the provided 100 point rubric to create a one page Google Slide digital poster.

This project is best done by individuals. It can be completed in a day or two, plus time for showing off the posters.

Forensic Science Semester Project: True Crime Book Presentation

The goal of this Forensic Science Project is for students to read a True Crime book and then give a presentation about the case in their book. A great way to increase literacy in your Forensic Science class!

My students love this project – even ones who do not typically enjoy reading can really get into their book when it is about a true crime!

This project is done individually. It is designed to be completed over the span of several weeks to months (a whole semester even!) working just 15-20 minutes a day.

Forensic Science: Crime Scene Processing How-To Video Project

This Forensics Crime Scene Video Project is a fun, creative way for students to demonstrate their learning of how to process a crime scene, document evidence, and collect evidence. Student groups will first create a Crime Scene. Then they take on the roles of CSI experts! Their goal is to create a How-To video, as if teaching new CSI students how to properly process a crime scene.

This project is done in groups of 4-5. It takes a week to complete, plus time to show off their videos.

Forensics ‘Innocence Project’ Project: Importance of DNA Evidence

This Forensics Project demonstrates the power of DNA testing as evidence. It will give students the chance to learn about the work of the Innocence Project: a non-profit group that helps people who have been wrongfully imprisoned.

Most of the exonerations are due to post-conviction DNA testing, which was not available at the time of the trial. The Innocence Project obtains stored evidence from the case and, if possible, tests for DNA. If the DNA does not match the convicted individual – they must be innocent!

Students will use the information from the Innocence Project website to learn about their given topic, the strategies for preventing wrongful convictions per their topic, and one actual Case of a person who was wrongfully convicted due to their topic. Students will create a Google Slide presentation with all of this information, and share it with the class.

This project is done in pairs or groups of three. It takes a day or two to complete, plus time for presentations.

Forensic Explosives Evidence Notes + Project + Test! NO PREP

Teach your students Forensics Explosive Evidence with this fully digital resource! Students learn about explosives and five different types of bombs, while recording what they learn in their guided notes. They will then do a research presentation about a chosen bombing event.

This project is done in pairs or groups of three. It takes three or so days to complete (including the learning part with notes), plus time for presentations!

Mini Crime Scene Model

This is my absolute favorite project! My students always get really into it and come up with amazing work.

The rubric requires students to come up with a ‘true crime’ story. They then create a mini-murder scene as it would have looked if their crime happened. They must then write a description of their crime scene as a CSI would describe it when they first arrive. The scene must be sketched with evidence, the evidence photographed, and documented as either class or individual, and an autopsy report completed.

All evidence and information must be presented in the form of a PowerPoint. This way other classmates can fully appreciate the crime scene. The rubric also requires that the body show evidence of time and manner of death.

This project is done in pairs or as individuals. It takes about two weeks to complete, plus time to show off their projects.

Click HERE to see the full Pacing Guide and know how these resources fit into the whole Forensic Science Curriculum.

Get in, save 10!

Sign up to get 10% off on your first order of Forensics resources! Know when new Forensic Science products, resources and classroom ideas are available !

We don’t spam! Read our privacy policy for more info.

Check your inbox or spam folder to confirm your subscription!

Related products

Measure Tire Track Evidence and Learn how CSI use skid marks to determine how fast a car was moving when it hit the breaks! Was the driver going over the speed limit at the time of the accident? This tire impression evidence is important for investigating hit and runs and traffic accidents. Students learn, and then get a chance to test their skills on six sets of skid marks.

Tire Track Activity: Learn To Calculate Speed with SKID MARKS

This Forensics Blood Spatter lab is then designed to let students learn blood spatter patterns through experience! They are guided to experiment with the different Low and Medium Velocity blood spatter patterns that can be found at a crime scene. Then students use what they have learned to go into detail about how much information we can learn about a crime though Blood Spatter patterns.

Blood Spatter Lab – Students Learn by Doing!

Forensics Basics BUNDLE! Save on EIGHT resources - all you need to teach your students the basics of Forensic Science. Includes notes, activities, a Unit project, and an assessment!

Forensics Crime Scene Basics: Full Unit BUNDLE

Forensic Files List – 30+ Episodes by Topic!

IMAGES

All About Forensic Science Careers
155 Forensic Science Research Topics
Forensic Science
Forensic Science
Forensic Science by Chris Cooper
Forensic Lab

VIDEO

Forensic Science Project #forensicscience
Investigating Forensics
Want to Study Forensic Science ?
Forensic Science 6.06.2023
What is dilution effect? Ecology(life sciences) #csir #gate #neet 🔥💯😎
Commission on Forensic Science 3/15/2024

COMMENTS

Forensic Science Research and Development
Through its funding of forensic science research and development, NIJ continues to advance the speed, accuracy, and scope of forensic analysis, which ultimately bolsters the administration of justice. NIJ affirms that scientific advancements and technological breakthroughs are essential to the continued growth and strengthening of the forensic ...
Forensic Sciences Research
Forensic Sciences Research is an Open Access international, peer-reviewed journal publishing high-quality, original research and is an official journal of the Academy of Forensic Science (AFS).
The Center for Forensic Science Research & Education
Redefining Excellence in Forensic Science. In alignment with the Foundation's vision, forensic science leaders and mentors at CFSRE provide education, training, and research that advances the capability, acceptance, and integrity of forensic science as it informs public health and public safety missions. LEARN MORE >.
Recent advances in forensic science research
The American Chemical Society (ACS) is a nonprofit organization chartered by the U.S. Congress. ACS' mission is to advance the broader chemistry enterprise and its practitioners for the benefit of Earth and all its people. The Society is a global leader in promoting excellence in science education and providing access to chemistry-related ...
Forensic Science Program
Forensic Science Standards PROGRAM MANAGER. John Paul "JP" Jones. [email protected]. (301) 975-2782. The Forensic Science Program promotes equity in the criminal justice system by strengthening the scientific basis of forensic methods and practices so that evidence is appropriately collected, accurately analyzed, and effectively communicated.
Forensic Science
Forensic science is the use of scientific methods or expertise to investigate crimes or examine evidence that might be presented in a court of law. Forensic science comprises a diverse array of disciplines, from fingerprint and DNA analysis to anthropology and wildlife forensics. Though they represent varied disciplines, all forensic scientists ...
299+ Forensic Science Research Topics (Updated 2024)
Top 20 Research Topics For DNA Analysis. Advances in Next-Generation Sequencing Technologies. Application of DNA Phenotyping in Criminal Investigations. Forensic Use of Microbial DNA Analysis. Ethical Implications of DNA Data Sharing. Rapid DNA Testing in Law Enforcement. Epigenetics and Its Role in DNA Analysis.
Towards more relevance in forensic science research and development
Only a small percentage of this research is relevant to forensic science. •. Forensic science research rarely moves from the proof-of-concept stages towards implementation. •. Research would be more useful, if long-term real life, as well as fundamental, forensic science, challenges were addressed. •.
Center for Statistics and Applications in Forensic Evidence
CSAFE focuses on pattern and digital evidence -- and is your source for statistically sound forensic science research, datasets, and news. ... involving foundational issues in statistics and those associated with the implementation and practice of forensic analyses. Projects that address such questions can have a high impact on the forensic ...
Research Projects
A goal of our research efforts is to aid in the development of novel DNA technologies to make DNA analysis quicker, better or cheaper. Our main focus areas include mixture de-convolution and the development and validation of "rapid" DNA screening and analysis techniques and instrumentation (R-DNA). Mixtures are frequently encountered in ...
Student Opportunities: Research: Forensic & Investigative Sciences
Step 1. Learn about the research going on in the department (and beyond) and identify two or three areas that interest you. Visit faculty research pages to learn about their fields of interest. Talk to your advisor. Talk to other students and your teaching assistants about their research. Look at the posters in the hallways of the department.
155 Forensic Science Research Topics
Use any of the topics given below to write an impressive thesis that showcases in-depth knowledge. These topics provide ample scope to delve deeper into the subject and write after thorough research. Fingerprint science — an insight. Crime scene fingerprinting — a detailed study. Forensic anthropology — an insight.
Nuclear Forensics Science to Bridge the Radiological Crime Scene to the
Built upon prior research supported by the IAEA, this Coordinated Research Project (CRP) aims to narrow the gap and strengthen the relationship between the radiological crime scene and the nuclear forensics laboratory via research projects focused on implementing methods to analyze and interpret physical, elemental, chemical and isotopic properties of nuclear or other radioactive material.
Advance in forensic fingerprint research provides new hope for cold cases
Dr. Kim, who is the first author of the paper and completed the research as part of her Ph.D. at Loughborough, added, "We would like to apply our method to real samples from criminal ...
Projects on Forensic Science
By Erik Devaney. Forensic science, also known as forensics, is a multidisciplinary branch of science which incorporates biology, chemistry, geology, physics, psychology and several other natural and social sciences. The primary objective of forensic scientists is to use scientific methods of investigation and, in some cases, interrogation, in ...
231 Outstanding Forensic Science Research Topics (2022)
Forensic Science is a field of academic study that entails applying scientific methods and processes to solve crimes. It mainly applies to the courts of the judicial system. College students should use scientific innovations and forensic science advancements to bring solutions to criminal offenses. Due to the technicality of the field, it is ...
High School Forensics Science Fair Project Ideas
A bite mark is as unique as a fingerprint. One good science fair project would be to determine whether there are any standard differences between the bite marks of males versus females. For this project you will need 30 foam plates. Cut them in half to create 60 bite mark templates. Collect data by asking 30 females of the same age to create ...
Science Projects (Search: forensic science)
Science Projects. (1,329 results) Showing results for "forensic science". Over 1,200 free science projects for K-12. Browse by subject, grade level, or try our Topic Selection Wizard to find your winning science project. With science projects in 32 different areas of science from astronomy to zoology, we've got something for everyone! Let ...
NIJ Awards $16M to Support Forensic Science Research
November 3, 2023. On September 26, 2023, NIJ announced $16 million in new funding to support 33 projects under the FY23 Research and Development in Forensic Science for Criminal Justice Purposes solicitation. Through this program, NIJ continues to advance the speed, accuracy, and reliability of forensic analysis, which ultimately bolsters the ...
Forensics Science Projects BUNDLE! Six Fun Projects
Six Fun Projects. Bundle and Save with this set of six Forensic Science Projects! Projects topics include Forensics Careers, True Crime reading, Processing a Crime Scene, DNA Evidence, Explosives, and a culminating project for students to create their own miniature crime scene. A wide range of project styles: research projects, a video project ...