Students who complete the graduate 十大赌博正规平台在线 are able to demonstrate the following competencies:
的 MS in 法医科学 has a strong emphasis on applied learning, providing preparation for immediate employment. Students also gain invaluable communication, problem solving, 和 critical thinking that position them for future success.
十大赌博正规平台在线的 Office of Career 发展 is dedicated to supporting you in preparing for career opportunities upon graduation.
的 Master of Science Degree in 法医科学 prepares individuals possessing a forensic or natural science background with advanced re搜索 competencies to serve as members of an interdisciplinary team in forensic investigations. 个人会 be prepared to conduct complex investigations leveraging their expertise in scientific methods of investigation.
This 十大赌博正规平台在线 is specialized to the individuals’ area of field concentration, 和 provides tracks in biology, chemistry, or pattern evidence criminalistics.
Demonstrate a specialized body of knowledge 和 re搜索 competencies required for advanced forensic science re搜索
Gain additional knowledge in crime scene practice through 十大赌博正规平台在线的 Criminal Justice 十大赌博正规平台在线.
M.S. National University
B.S. Madonna University
B.H.S. Ferris State University
734-432-5523
Ms. 杰西卡·萨拉特, MS is currently an assistant professor in the FEPAC accredited undergraduate 法医科学 十大赌博正规平台在线 at Madonna University teaching forensic science coursework including impression 和 pattern evidence. She was a Michigan certified police officer for eight years 和 is the inventor of the Zar-Pro™ Fluorescent Blood Lifters (US Patent 8,025,852 B2).
She has worked in impression analysis, for over 9 years, including during her time as a Police Officer with the Northville City Police Department when she collaborated with Michigan State Police Northville 法医科学 Laboratory, Latent Print Unit with re搜索 和 development in the area of impression enhancement.
Her re搜索 work is focused within the impression evidence discipline, publishing on a fluorogenic method for lifting, enhancing, 和 preserving bloody impression evidence, recovering bloody impressions from difficult substrates, including from human skin, 和 defining methods to create consistent 和 reproducible fingerprint impressions deposited in biological fluids on a variety of substrates.
Ph.D. 韦恩州立
M.S. Syracuse University
B.S. Madonna University
734-432-5521
Franciscan Center S217-Q
