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Brooke Kammrath, Ph.D., D-ABC, is passionate about forensic science research – whether it is conducting her own or mentoring her students’ explorations. She is now making an impact on the research of fellow colleagues in the field as a new associate editor for the .

A prestigious peer-reviewed journal, JFS is the official publication of the . Dr. Kammrath endeavors to contribute to the publication’s advancement by ensuring that it continues to maintain the highest-quality manuscripts. She also plans to increase its presence on social media, something she believes is an important resource for sharing information.

“I was incredibly honored to be asked to take on the role of associate editor, as it demonstrates the respect that I have earned in the field of forensic science,” said Dr. Kammrath, a forensic science professor at the University and an assistant director of the . “JFS is one of the most respected journals in the field of forensic science, and it is very exciting to play such an important role in the peer-review process. Peer review is a critical component of research, as it ensures integrity in the knowledge being advanced.”

Peer review and the research process are areas that Dr. Kammrath knows well. She describes her own research agenda as “diverse,” and she is currently involved in a dozen different projects in various stages. Her interests include uniting microscopy with spectroscopy and the statistical analysis of trace, pattern, and impression evidence.

“What I like most about forensic science is that it uses a diverse array of scientific principles, methods, and technologies to solve unique problems,” she explains. “Every crime scene is different, and so is each physical-evidence trace. I love the critical thinking and scientific problem solving required to be a quality criminalist.”

‘Opened many doors’

Currently researching a variety of different topics including illicit drug mixtures, forensic paint analysis, and DNA degradation of bloodstains due to Raman Spectroscopy, Dr. Kammrath’s work includes several of her colleagues at the University, including Angie Ambers, Ph.D., David San Pietro, Ph.D., Virginia Maxwell, D.Phil., and Koby Kizzire, Ph.D.

Dr. Kammrath also collaborates with forensic technology companies, as well as researchers from other prestigious universities such as . She is currently conducting forensic soil analysis with particle-correlated Raman Spectroscopy, research being funded by a grant of approximately $700,000 from the National Institute of Justice.

A leader in the field of forensic science, Dr. Kammrath is also involved with myriad professional forensic science and chemistry societies, including the , the American Academy of Forensic Sciences, and the .

“I know that my research collaborations, involvement in professional forensic science and chemistry societies, and overall networking have opened many doors for my student scientists,” she said. “It helps them in terms of obtaining internships, funded-research positions in doctoral programs, and landing their first jobs.”

‘The best part of my work is mentoring student scientists’

Her many collaborations have enabled Dr. Kammrath to create a variety of exciting and hands-on opportunities for her students. They work with cutting-edge technology, something that has, in many cases, been made possible by her professional affiliations as well as federal grants.

Students are also a critical component of Dr. Kammrath’s research, as all of her research includes student scientists. They have presented their findings at conferences, including the Northeastern Association of Forensic Scientists Annual Meeting during the Fall semester. One of her students, Cody Silverman ’22, was recognized at the conference and has earned two professional research grants to pursue his work.

For Dr. Kammrath, it is the opportunities she has to mentor her students and create opportunities for them to excel and grow as scientists that she enjoys the most about her work.

“I have a pretty well-defined research agenda that provides my students with the opportunity to work on a range of physical-evidence traces, including soil, paint, fibers, illicit drugs, explosives, and more,” she said. “The best part of my work is mentoring student scientists. The amazing undergraduate and graduate student scientists I get to work with keep every day different, exciting, and fulfilling.”