Biomedical Forensic Sciences, MS

Contact:

Deepika Das, ddas06@syr.edu, 315-443-1036
Assistant Teaching Professor, Director of Curricular Programs for the Forensic and National Security Sciences Institute at Syracuse University

Faculty

Kathleen Corrado, James Crill, Deepika Das, James Hewett, Michael Marciano, Caitlin Miller, Natalie Novotna, Maria Pettolina, James T. Spencer, Michael B. Sponsler

M.S. in Biomedical Forensic Sciences

The M.S. in Biomedical Forensic Sciences is a pre-medical post-baccalaureate program intended for students who wish to enhance their academic credentials for admission to medical school. The degree is very well suited for careers in forensic pathology, clinical toxicology, or other areas of medicine. The degree requires 36 credits, as outlined below.

Student Learning Outcomes

1. SCIENTIFIC KNOWLEDGE AND PRINCIPLES - Apply the scientific foundational principles of forensic science in the criminal justice and national security realms.

2.a RESEARCH AND CRITICAL THINKING - Identify needs for research in forensic science and critique empirical scientific studies as they relate to the reliability, accuracy, and limitations of forensic practices.

2.b RESEARCH AND CRITICAL THINKING - Use a rationale-based approach to evaluate and analyze a situation and/or in problem solving.

3. ETHICS and QUALITY - Assess and apply ethical standards, integrity, professionalism, and quality assurance protocols and standards in the field of forensic science.

4. COMMUNICATION AND COLLABORATION - Effectively communicate scientific principles with objectivity and transparency to stakeholders, including scientists and non-scientists.

5. PRACTICAL IMPLEMENTATION - Investigate biological evidence using various scientific techniques and interpret the results obtained.

Required Coursework:

I. Gateway Courses - 15 credits required

FSC 606 - Advanced Forensic Science 3 credit(s)
FSC 631 - Statistics for Forensic Science 3 credit(s)
FSC 645 - Forensic Biochemical Analysis with lab 3 credit(s)
FSC 651 - Forensic Pathology 3 credit(s)
FSC 653 - Forensic Toxicology 3 credit(s) or
FSC 657 - Principles of Human Toxicology 3 credit(s)

II. Electives - 18 credits required

At least one * course required

FSC 605 - Basic Laboratory Skills for Advanced Research 1 credit(s)
FSC 632 - Research and Career Resources 3 credit(s)
FSC 633 - Quality Assurance and Ethics 3 credit(s)
FSC 634 - Anatomy & Physiology for Forensic Medicine 3 credit(s)
FSC 635 - Medicolegal Death Investigation I 3 credit(s)
FSC 641 - Forensic Analysis of Biological Evidence with lab 3 credit(s) *
FSC 644 - Forensic Chemical Analysis 3 credit(s) *
FSC 646 - Instrumental Forensic Chemical Analysis Laboratory 3 credit(s) *
FSC 652 - Forensic Mental Health 3 credit(s)
FSC 653 - Forensic Toxicology 3 credit(s)
FSC 655 - Computational Forensics 3 credit(s)
FSC 656 - Mobile Forensics and Social Networking 3 credit(s)
FSC 657 - Principles of Human Toxicology 3 credit(s)
FSC 661 - Firearms and Impression Evidence 3 credit(s)
FSC 663 - Bloodstain Pattern Analysis with lab 3 credit(s)
FSC 664 - Latent Print Processing with lab 3 credit(s)
FSC 665 - Latent Prints with practicum 3 credit(s)
FSC 667 - Forensic Photography with lab 3 credit(s)
FSC 668 - Crime Scene Investigation with lab 3 credit(s)
FSC 669 - Science of Countering Weapons of Mass Destruction 3 credit(s)
FSC 670 - Experience Credit
FSC 671 - Firearms and Impressions Evidence II 3 credit(s)
FSC 672 - Advanced Light Microscopy 3 credit(s)
FSC 673 - Mechanics of Modern Firearms with lab 3 credit(s)
FSC 674 - Forensic DNA Analysis with practicum 3 credit(s) *
FSC 675 - Latent Prints II 3 credit(s)
FSC 676 - Cold Cases 3 credit(s)
FSC 678 - Crime Scene Investigation II with lab 3 credit(s)
FSC 679 - Microbial Forensic Science 3 credit(s) *
FSC 690 - Independent Study 1-6 credit(s)
ANT 633 - Human Osteology 3 credit(s)
ANT 634 - Anthropology of Death 3 credit(s)
ANT 636 - Bioarchaeology 3 credit(s)
BIO 501 - Biology of Cancer 3 credit(s)
BIO 503 - Developmental Biology 3 credit(s)
BIO 565 - Cellular Physiology 3 credit(s)
BIO 607 - Advanced Neuroscience 3 credit(s)
BIO 634 - Advanced Microscopy Techniques in Cell and Developmental Biology Lab 3 credit(s) *
BIO 638 - Open Problems in Soft Interfaces 3 credit(s)
BIO 643 - Seminar in Epigenetics 3 credit(s)
BIO 650 - Seminar in Evolutionary Genetics 3 credit(s)
BIO 656 - Seminar in Human Disease Genomics 3 credit(s)
BIO 662 - Molecular Genetics 3 credit(s)
BIO 663 - Molecular Biotechnology 3 credit(s) *
BIO 665 - Molecular Biology Laboratory 3 credit(s) * *
CHE 575 - Organic Spectroscopy 3 credit(s)
CHE 612 - Metals in Medicine 3 credit(s)
CHE 614 - Introduction to Medicinal Chemistry 3 credit(s)
CHE 627 - Organic Chemistry of Biological Molecules 3 credit(s)
CHE 635 - Physical Cell Biology 3 credit(s)
CHE 677 - Proteins and Nucleic Acids Lab 3 credit(s) *
CHE 678 - Perspectives in Biochemistry 3 credit(s)
IST 602 - Digital Forensics 3 credit(s)
LIN 671 - Dimensions of Bilingualism and Multiculturalism 3 credit(s)
LIN 675 - Forensic Linguistics 3 credit(s)
PSY 854 - Bayesian Statistical Analysis 3 credit(s)
SWK 626 - Persons in Social Context 3 credit(s)
SWK 724 - Psychopathology 3 credit(s)

III. Internship or Independent Study Research - 3 credits required

FSC 670 - Experience Credit 1-6 credit(s)
FSC 690 - Independent Study 1-6 credit(s)
(Additional credits may be used to satisfy elective requirements).

Seminar Requirement

Each student is required to take FSC 680 (zero credits) each semester and receive a passing grade in the course by attending at least 50% of the offered seminars and complete a final reflection each semester.

Course Catalog