Forensic scientists use science to solve crimes.
Forensic scientists collect and apply data to determine how crimes occur. By analyzing elements of criminal activity and working with law enforcement to compile or present evidence, forensic scientists can help to connect the dots in order to solve crimes ranging from forgery to murder and everything in between.
Careers in forensics might include...
- Collecting or examining information or material evidence related to a specific crime
- Documenting or analyzing things found at a crime scene
- Using data or expertise to determine how a crime occurred
- Analyzing patterns to find discrepancies
- Collaborating with law enforcement to determine culprits
- Providing objective scientific opinions in court
- AOAC International
- American Academy of Forensic Sciences
- American Academy of Psychiatry & the Law
- American Board of Forensic Anthropology
- American Board of Criminalistics
- American Board of Forensic Document Examiners, Inc.
- American Board of Forensic Odontology
- American Board of Forensic Psychology
- American Board of Forensic Toxicology
- American Board of Medicolegal Death Investigators
- American Board of Pathology
- American Society of Crime Lab Directors
- American Society of Forensic Odontology
- American Society of Questioned Document Examiners
- Association of Firearm and Tool Mark Examiners
- California Association of Toxicologists
- Canadian Society of Forensic Science
- Chartered Society of Forensic Science
- Council of Forensic Science Educators
- Discover Accounting (Forensic Accounting)
- Forensic DNA Consulting
- Forensic Nurse
- Forensic Science 2.0
- High Technology Crime Investigation Association
- Institute of Electrical and Electronics Engineers
- International Association of Computer Investigative Specialists
- International Association for Identification
- International Association of Forensic Nurses
- International Association of Forensic Toxicologists
- International Board of Forensic Engineering Sciences
- International Society of Forensic Computer Examiners
- National Association of Medical Examiners
- Society of Forensic Toxicologists
- Southeastern Association of Forensic Document Examiners
- Southeastern Association of Toxicologists
- Southwestern Association of Forensic Document Examiners
- Young Forensic Scientists Forum
- Consortium of Forensic Science Organizations
Forensics at Work
Forensic workers apply scientific or other specialized knowledge to questions and issues related to the law. Their job duties fall into two basic categories: analyzing evidence and acting as expert witnesses in legal proceedings. Some forensic specialists concentrate primarily on one of these tasks, although many do both.
When analyzing evidence, forensic specialists often uncover details about past events—for example, a time of death, the cause of a car accident, or the source of a computer hacking. They might investigate clues about what happened and draw conclusions using their expertise. Whatever they find, they share with law enforcement and other personnel involved in the case or investigation.
Some workers focus largely on the study of physical evidence. Like anyone who works with items related to legal proceedings, these forensic specialists must be careful to document their receipt and handling of evidence. They must also record their observations.
Other forensic specialists look to the future. For example, a forensic economist might help to determine the impact that an injury will have on an individual’s earnings potential. A forensic social worker might seek to ensure that a client receives the services that he or she needs.
When testifying as expert witnesses, forensic specialists present their findings in legal proceedings. They might need to prepare a report or exhibits that summarize their analysis and conclusions. Often, the information that forensic workers study is complex, so they must be able to explain technical concepts to judges, juries, attorneys, and others.
Forensic workers have diverse training, so their specializations vary. Job tasks depend on the area of expertise. Below are some examples.
Computer forensic investigators obtain and search computers and electronic records for evidence related to a case—for example, by recovering deleted files from a victim’s computer or by probing a company’s records for evidence of fraud. For more information, contact the International Association of Computer Investigative Specialists, visit online at www.iacis.com. See also the Occupational Outlook Handbook statement on private detectives and investigators at www.bls.gov.
Crime scene photographers take photographs of details related to a crime. They might, for example, photograph the crime scene, a victim’s injuries, and other objects on the scene. Contact the International Association for Identification, visit online at www.theiai.org.
Firearm and toolmark examiners study guns, bullet striations, spent bullet casings, and other markings to help determine the type of firearm used. These workers also can identify the particular tools used in a crime, such as those applied to a window pane for forcing entry into a building. Contact the Association of Firearm and Toolmark Examiners, visit the association online at www.afte.org.
Forensic accountants examine financial transactions related to a legal case or issue to help identify fraudulent or illegal activity. Contact the Association of Certified Fraud Examiners, visit online at www.acfe.com. See also the Occupational Outlook Handbook statement on accountants at www.bls.gov.
Forensic anthropologists specialize in human bones and use this knowledge to help determine information—such as age, height, and sex—related to skeletal or other remains. Anthropologists also help to find and recover these remains. Contact the American Board of Forensic Anthropology, visit the association online at www.theabfa.org.
Forensic artists produce art-related works that may help to solve a case, such as sketches of suspects based on witness descriptions or computer-generated images of missing person age progressions. Contact the International Association for Identification, visit online at www.theiai.org.
Forensic biologists examine organic substances and perform DNA analysis of samples, such as those of hair or blood. Information about forensic biologists may be available from organizations for related occupations. See, for example, forensic anthropologist and forensic pathologist.
Forensic chemists do chemical analyses of evidence that includes drugs, soil, and shards of glass. Information about forensic chemists may be available from organizations for related occupations. See, for example, forensic toxicologist.
Forensic document examiners analyze handwriting, printing, inks, and related types of evidence to verify authenticity of documents. Contact the American Board of Forensic Document Examiners, Inc., visit the association online at www.abfde.org.
Forensic economists use economic theories and models to help calculate monetary awards in legal cases. Contact the National Association of Forensic Economics, visit online at nafe.net.
Forensic engineers interpret physical evidence using their knowledge of engineering. They might, for example, reconstruct an accident to determine its cause—and, thus, help to establish which parties are legally responsible. Contact the National Academy of Forensic Engineers, visit the academy online at www.nafe.org.
Forensic nurses provide nursing care to assault victims and collect physical evidence from them related to these incidents. They also aim to prevent future assaults through educational outreach programs. Contact the International Association of Forensic Nurses, visit online at www.iafn.org.
Forensic pathologists are medical doctors who perform autopsies or other investigations to help determine a cause of death. Contact the National Association of Medical Examiners, visit online at www.thename.org.
Forensic psychologists apply their knowledge of human behavior and thought processes in a variety of legal contexts. Examples include determining a defendant’s mental competency, helping to develop a suspect’s psychological profile, or assessing a witness’s credibility. Contact the American Psychology-Law Society, visit online at www.ap-ls.org.
Forensic social workers help to improve the lives of people involved in the legal system. For example, they might meet with a child and later make recommendations in a custody case related to him or her, or they might help to evaluate and provide social services to criminal defendants. Contact the National Organization of Forensic Social Work, visit the organization online at www.nofsw.org.
Forensic toxicologists study bodily fluids and other evidence to help determine whether drugs, alcohol, or other toxic substances were involved in a crime or death. They also might perform drug testing for employers. Contact the American Board of Forensic Toxicology, visit the board online at www.abft.org.
Latent print examiners identify suspects by studying fingerprints, footprints, and related clues from a crime scene. Contact the International Association for Identification, visit online at www.theiai.org.
Career investigation - Where they work, what they earn, and how they prepare
The specialties described above are just some of many opportunities in forensics. This section gives an overview of workers’ employment, wages, and career preparation.
Employment. Forensic specialists work in a variety of places. Examples include police departments, government agencies, prosecutors’ offices, law firms, insurance companies, hospitals, and consulting firms. Some specialists are self-employed, such as those who analyze clues and offer testimony as expert witnesses. Others hold jobs in addition to forensics-related assignments—for example, a full-time civil engineer who also works occasionally as an expert witness. The U.S. Bureau of Labor Statistics (BLS) collects data on forensic science technician, a broad occupational title that encompasses many forensic specialties. As defined by BLS, these workers collect, identify, classify, and analyze evidence for criminal investigations. Some examples are firearm and toolmark examiners, forensic document examiners, forensic toxicologists, and latent print examiners. Competition is keen for jobs in forensics, due to the popularity of the work. However, demand for some of these workers is expected to increase. BLS projects that forensic science technicians will grow faster than the average for all occupations, with job opportunities best for those who have a bachelor’s degree in forensic science.
Earnings. Earnings of forensic specialists depend on the field in which they work. Forensic science technicians earned a median annual wage of $47,680 in May 2007, according to BLS. Earnings of other forensic specialists most likely compare to those of workers in their broader occupation. For example, earnings of forensic chemists would likely be similar to those of all chemists. Some forensic specialists have sporadic earnings, especially those who are self employed or who work on call. Expert witnesses, for example, might only be compensated when they work on a particular case. This compensation is often at a set hourly rate, which varies by specialty, geographic location, and other factors.
Skills and preparation. Precision, attention to detail, objectivity, problem-solving ability, and strong oral and written communication skills are important for forensic specialists. Many of these occupations also require specialists to remain analytical in potentially unpleasant or challenging situations, such as viewing a murder scene or studying an accident’s wreckage. Some forensic specialists, such as computer forensic investigators, have a background in law enforcement. And an understanding of, or experience with, the law and legal procedures can be helpful for many forensics careers. Educational backgrounds of forensic specialists vary. But all require at least the minimum knowledge or training for workers in their field of specialization, and many have additional requirements. Becoming a forensic pathologist, for example, requires a medical degree, completion of a residency program, and board certification in pathology and in forensic pathology. Most forensic specialists need at least a bachelor’s degree and sometimes an advanced degree. Workers who provide expert analysis and testimony often have a Ph.D. or master’s degree in their field of expertise. In addition, workers who are employed as expert witnesses usually need many years of work experience in their occupation, credentials from professional organizations, and sometimes, other achievements, such as published research. A solid professional reputation in
their field is also essential.
Discovering more information. To learn more about forensics careers, or about the broader occupations discussed in this article, refer to the Occupational Outlook Handbook. The Handbook is available in many public libraries and online at www.bls.gov/ooh (search “forensic”). And BLS employment and earnings data on forensic science technicians is available in the Handbook’s coverage of science technicians. For earnings data in occupations such as chemist or psychologist, refer to the Occupational Employment Statistics Web site at www.bls.gov/oes. And for information about forensic science careers, contact: The American Academy of Forensic Science, www.aafs.org.
Citation - Torpy, Elka Maria, "Career Outlook", Bureau of Labor Statistics, US Department of Labor