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An investigative genetic genealogist plays a pivotal role in solving cold cases, some of which have been unresolved for decades. By blending forensic science with genealogical research, this cutting-edge method has become an essential tool in law enforcement. DNA from crime scenes, once a dead end, can now lead investigators to suspects through family connections. This powerful intersection of science and genealogy has revolutionized crime solving, offering new hope in previously unsolvable cases.
As IGG continues to grow, forensic science technicians must broaden their expertise. Those interested in this field now need advanced education in DNA analysis and genealogy, alongside specialized certifications, to stay ahead in this rapidly evolving industry.
In the field of forensics, the role of DNA has expanded dramatically. What began as a method for direct identification—similar to fingerprinting—has now evolved into a powerful tool for solving crimes using familial DNA, especially through investigative genetic genealogy.
DNA was initially used in forensics for straightforward matching—comparing DNA from crime scenes to samples in criminal databases. However, today’s technology has advanced far beyond this. Investigators can now use DNA to trace distant familial connections, allowing law enforcement to build family trees and track down suspects through their relatives.
CODIS (Combined DNA Index System) has been the standard database used by law enforcement for matching DNA from known offenders. However, newer public databases like GEDmatch and FamilyTreeDNA have opened new doors for investigative genetic genealogy, enabling law enforcement to search a wider pool of DNA data to find familial matches.
Direct DNA matching in databases like CODIS can only help solve crimes if the perpetrator is already in the system. In many cases, this lack of direct matches leaves investigations at a standstill. With investigative genetic genealogy, law enforcement can now search for familial DNA matches, uncovering relatives and leading to new avenues in unsolved cases.
Becoming an investigative genetic genealogist requires a combination of foundational education in genetics and biology, specialized training in genealogy, and hands-on experience in the field. Here’s a step-by-step guide to the educational pathway for this exciting and evolving career.
To start your journey, you’ll need a strong foundation in science. A bachelor’s degree in biology, genetics, molecular biology, or forensic science is essential for developing the knowledge required for analyzing DNA and understanding its role in genealogy and crime solving.
Next, gaining expertise in genealogical tools and databases is crucial. Investigative genetic genealogists use public genealogical databases, such as GEDmatch or FamilyTreeDNA, to track family trees. Training in how to use these tools is essential for identifying suspects or victims.
For advanced expertise, pursuing a master’s degree in genetics or forensic science is recommended. Degrees like our Master of Science in Human Genetics and Genomics (MSHGG) provide deeper knowledge in DNA analysis, preparing you for the complexities of applying genetic genealogy in criminal investigations.
Obtaining certification can significantly boost your career prospects. Certifications, like those by the American Board of Criminalistics (ABC), not only enhance credibility but also open doors to more specialized positions in law enforcement or private genealogy firms.
The demand for forensic genetic genealogy is rising as more law enforcement agencies turn to this technique to solve cold cases. With the increased use of investigative genetic genealogy in criminal investigations, a new wave of job opportunities has emerged for those trained in both DNA analysis and genealogy.
As forensic genetic genealogy becomes more common in law enforcement, the field is rapidly expanding. Investigators now rely on skilled professionals who can navigate genealogical databases and combine that knowledge with DNA analysis to pinpoint suspects or identify victims. This has created a high demand for professionals trained in these dual specialties.
Specializing in forensic genetic genealogy opens a variety of career paths in both the public and private sectors:
SCU’s Master of Science in Human Genetics and Genomics (MSHGG) program offers a comprehensive pathway to equip you for a successful career in genetic genealogy. Through a mix of foundational knowledge, hands-on training, and flexible learning options, our program is designed to help you excel in this fast-growing field.
Our program provides in-depth genetics knowledge that covers both classical genetics and advanced genomic technologies. This solid grounding in DNA science is essential for understanding the genetic relationships used in investigative genetic genealogy. You’ll learn to analyze genetic markers and trace how they connect individuals across generations.
At SCU, you’ll receive practical training in interpreting genetic data, a key skill for anyone working with DNA samples in criminal investigations. Our curriculum emphasizes translating complex genetic information into actionable insights that can be applied directly to forensic science and genetic genealogy.
Our program is fully online, making it accessible for working professionals who want to advance their careers without stepping away from their current roles.
If you’re ready to step into the exciting and evolving role of an investigative genetic genealogist, our Master of Science in Human Genetics and Genomics is the perfect starting point. With a focus on advanced genetics, DNA analysis, and forensic applications, this program equips you with the knowledge and skills essential for making an impact in crime-solving through genetic genealogy.
Our fully online, accelerated 1-year program is designed for working professionals who want to expand their expertise while continuing in their current roles. Don’t wait—take the next step in your career! Explore our admission requirements and apply today to start your journey with SCU.
An investigative genetic genealogist uses DNA analysis and genealogical research to trace family trees and help law enforcement solve crimes. By identifying relatives through genetic databases, they provide crucial leads in cold cases or for identifying unknown individuals.
Training typically includes DNA analysis, genealogical research methods, and familiarity with public databases like GEDmatch and FamilyTreeDNA. Practical experience in forensic labs or through internships is also highly beneficial.
While traditional genealogy focuses on paper records and historical documents, genetic genealogy incorporates DNA analysis to track family connections and solve cases where records are incomplete or nonexistent.
SCU’s MSHGG program provides a comprehensive foundation in genetics, DNA analysis, and genomics, equipping you with the skills needed to excel in genetic genealogy. The flexible, 100% online format allows you to gain advanced knowledge while continuing your current career, making it an ideal choice for aspiring investigative genetic genealogists.