The Forensic Science Program offers an accelerated degree option for Rutgers-Camden undergraduate students interested in pursuing a MSFS degree.  Students accepted to the accelerated BS/MSFS may take forensic science classes for graduate credit (up to 9 credits) during their junior and senior years. 

 

Students interested in the accelerated option must meet the following criteria in order to be accepted:

  • Students must be majoring in a STEM discipline at Rutgers-Camden and meet the general curricular requirements of their major and the Camden College of Arts and Sciences;
  • Students must be enrolled as minoring in forensic sciences;
  • Students must maintain a 3.0 GPA or better;
  • Students must notify the MSFS program by the Fall semester of their junior year of their interest in the accelerated option by filling out the Notification of Interest form.

A description of the undergraduate curricular requirements are available in the Course Catalog.  A description of the MSFS degree requirements can be found here.

Catherine M. Grgicak,
Associate Professor & Program Director 

Click on folder icon for a list of FS-Minor/MSFS requirements

Minor-FS requirements taken during undergraduate years
56:412:525 Forensic Theory and Policy (3 credits) *Counts toward MSFS
50:160:335 Organic Chemistry I (4 credits)
50:160:339 Organic Chemistry I Lab (1 credit)
50:160:336 Organic Chemistry II (4 credits)
50:160:340 Organic Chemistry II Lab (1 credit)
50:160:325 Analytical Chemistry (3 credits)
50:160:329 Analytical Chemistry Lab (1 credit)
50:120:305 Molecular Biology or 50:160:326 Instrumental Analysis (3 credits)
50:120:306 Molecular Biology Lab or 50:160:330 Instrumental Analysis Laboratory (1 credit)
56:115:530 Biomolecular Forensic DNA/Forensic Analytical Molecular Biology (3 credits) *Counts toward MSFS
56:160:580 Forensic Chemistry (3 credits) *Counts toward MSFS
50:640:121 Unified Calculus I (4 credits)

Courses taken during graduate years
An additional 15 credits completed from:
56:160:523 Statistical Methods in Chemistry (3 credits) or 56:121:520 Essentials of Biomathematics I (4 credits)
56:412:527 Forensic Pattern Evidence (3 credits)
56:412:526 Crime Scene Investigation (3 credits)
56:115:531 Forensic DNA Laboratory (1 credit)
56:160:582 Forensic Chemistry Laboratory (1 credit)
56:160:584 Forensic Toxicology (3 credits) or 56:160:611 Fundamentals of Pharmacology & Pharmacokinetics (3 credits)
56:160:601 or 602 Graduate Chemistry Seminar (1 credit)

In addition, students must complete at least 6 credits of advanced courses from the list below. These must be distinct courses from the requirements listed above.
56:412:500-level Any 500-level graduate forensic science lecture course
56:160:500-level Any 500-level graduate chemistry lecture course
56:115:500-level Any 500-level graduate biochemistry lecture course
56:121:500-level Any 500-level graduate computational & integrative biology lecture course
56:120:500-level Any 500-level graduate biology lecture course
56:160:500-level Any 500-level chemistry laboratory course
56:115:500-level Any 500-level biochemistry laboratory course
56:120:500-level Any 500-level biology laboratory course
56:645:500-level Any 500-level mathematics lecture course
56:960:500-level Any 500-level statistics lecture course

In addition, students must complete at least 8 credits of Research in Forensic Science, which are taken under the supervision of a research faculty advisor.
56:412:700 Research in Forensic Science (2 credits)
56:412:701 Research in Forensic Science (2 credits)
56:412:702 Research in Forensic Science & Capstone Presentation (4 credits)
Note: The four credits of 56:412:702 must be taken during the final semester in which the student will prepare a final capstone paper of publishable quality and will publicly present their research project.

Sequence of courses for students beginning Fall 2024:

UndergraduateYear 1 - Fall SemesterYear 1 - Spring SemesterSummer SessionYear 2 - Fall SemesterYear 2 - Spring Semester

Undergraduate Years –  (31 total credits toward minor in forensic science, 9 of which count toward MSFS)
All minor FS requirements – 31 credits from the requirements, which can be found here. These include the MSFS requirements of 56:412:525, Forensic Science: theory & policy – 3 credits; 56:115:530, Forensic and Analytical Molecular Biology – 3 credits; and 56:160:580, Forensic Chemistry – 3 credits 
Notify MSFS Program in Spring Junior Year: Examine Our Research and notify the program of your interest in MSFS by filling out the Notification of Interest form.
If received notice of eligibility, apply to MSFS Program in Fall Senior Year: Officially apply to the M.S. in forensic science program

Year 1 – Fall Semester (10 total credits toward degree);
56:115:531, Forensic DNA Analysis Lab – 1 credit
56:160:682, Forensic Chemistry Lab – 1 credit
56:412:526, Crime Scene Investigation – 3 credits
Graduate Elective*
– 3 credits
56:412:700, Forensic Science Research – 2 credits
Research Placement – mid-October, based on student’s responses to Research Placement Questionnaire and background 

*Electives include any from the following list:

  • 56:412:500-level   Any 500-level graduate forensic science course
  • 56:160:500-level   Any 500-level graduate chemistry lecture course
  • 56:115:500-level   Any 500-level graduate biochemistry lecture course
  • 56:120:500-level   Any 500-level graduate biology lecture course
  • 56:121:500-level   Any 500-level graduate computational & integrative biology lecture course
  • 56:160:500-level   Any 500-level chemistry laboratory course
  • 56:115:500-level   Any 500-level biochemistry laboratory course
  • 56:120:500-level   Any 500-level biology laboratory course
  • 56:645:500-level Any 500-level mathematics lecture course
  • 56:960:500-level Any 500-level statistics lecture course

Year 1 – Spring Semester (11 total credits toward degree)
56:160:523, Statistical Methods in Chemistry or 56:121:520, Essentials of Biomathematics – 3 credits
56:160:584, Forensic Toxicology or 56:160:611, Fundamentals of Pharmacology & Pharmacokinetics – 3 credits
56:412:527, Forensic Pattern Evidence – 3 credits
56:412:701, Forensic Science Research – 2 credits

Year 1 – Summer Session (0 credits)
Research continues

Year 2 – Fall Semester (8 total credits towards degree)
56:160:601, Seminar in Chemistry – 1 credit
Graduate Elective* – 3 credits
56:412:702, Research in Forensic Science and Capstone Presentation – 4 credits
If Fall graduation is anticipated, prepare by completing the following:
Step 1: Hand in Capstone to Research Advisor for review and revision – Early-February or mutually agreed upon timeline using University Thesis Style Guide
Step 2: Submit final version of Capstone to Committee for review, revision and approval – Mid-March or mutually agreed upon timeline
Step 3: Present capstone project in public forum – Mid-April. Specific dates set by Program Director
Step 4: Upon approval of the capstone by the committee, submit final version of capstone through the Electronic Thesis & Dissertations Portal by the Due Date
Step 5: Submit Online Diploma Application & Application for Admission to Candidacy for Degree by Due Date – Due Dates and Applications available at Graduate School of Arts and Sciences

*Electives include any from the following list:

  • 56:412:500-level   Any 500-level graduate forensic science course
  • 56:160:500-level   Any 500-level graduate chemistry lecture course
  • 56:115:500-level   Any 500-level graduate biochemistry lecture course
  • 56:120:500-level   Any 500-level graduate biology lecture course
  • 56:121:500-level   Any 500-level graduate computational & integrative biology lecture course
  • 56:160:500-level   Any 500-level chemistry laboratory course
  • 56:115:500-level   Any 500-level biochemistry laboratory course
  • 56:120:500-level   Any 500-level biology laboratory course
  • 56:645:500-level Any 500-level mathematics lecture course
  • 56:960:500-level Any 500-level statistics lecture course

Year 2 – Spring Semester (0 total credits towards degree)
If Spring graduation is anticipated, prepare by completing the following:
Step 1. Register for 56:412:800 – Matriculation Continued – 0 credits
Step 2: Hand in Capstone to Research Advisor for review and revision – Early-February or mutually agreed upon timeline using University Thesis Style Guide
Step 3: Submit final version of Capstone to Committee for review, revision and approval – Mid-March or mutually agreed upon timeline
Step 4: Present capstone project in public forum – Mid-April. Specific dates set by Program Director
Step 5: Upon approval of the capstone by the committee, submit final version of capstone through the Electronic Thesis & Dissertations Portal by the Due Date
Step 6: Submit Online Diploma Application & Application for Admission to Candidacy for Degree by Due Date – Due Dates and Applications available at Graduate School of Arts and Sciences

Electives include any from the following list:

  • 56:412:500-level   Any 500-level graduate forensic science course
  • 56:160:500-level   Any 500-level graduate chemistry lecture course
  • 56:115:500-level   Any 500-level graduate biochemistry lecture course
  • 56:120:500-level   Any 500-level graduate biology lecture course
  • 56:121:500-level   Any 500-level graduate computational & integrative biology lecture course
  • 56:160:500-level   Any 500-level chemistry laboratory course
  • 56:115:500-level   Any 500-level biochemistry laboratory course
  • 56:120:500-level   Any 500-level biology laboratory course
  • 56:645:500-level Any 500-level mathematics lecture course
  • 56:960:500-level Any 500-level statistics lecture course