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M.S. in Complex Biological Systems

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Program Information

The Rowan Experience
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This is a master's-level research program for students pursuing a M.S. in a biological discipline, broadly defined. It is intended for students who have completed undergraduate education. The Complex Biological Systems (CBS) Program will emphasize use-oriented, problem-focused education that comprehensively addresses the scales of societal problems and the connections between these scales. The program will build expertise and foster comprehensive understanding of problem complexity while building collaborative skills. M.S. students may take the non-thesis track and earn their degree following the successful completion of required and elective graduate coursework. M.S. students in the thesis track will develop and defend an in-depth thesis based on original research performed in the biological sciences. Program graduates will have the training and expertise to pursue doctoral studies, research positions in academia and industry, as well as other fields like teaching, project management, and consulting.

Curriculum
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The following courses make up the M.S. in Complex Biological Systems program.

Thesis Track

  • 30 Semester Hours
  • Foundation Courses: No
  • Graduation / Exit / Thesis Requirements: Yes
Course Number Title S.H. (Credits)
Required Courses: 18 S.H.
CBS 01510 Molecular Foundations of Biological Systems 3
CBS 01520 Cellular Foundations of Biological Systems 3
CBS 01530 Organismal Foundations of Biological Systems 3
CBS 01540 Biological Networks and Systems 3
CBS 01570 Computational Methods and Data Analysis in Biological Systems 3
CBS 01580 Integrative Analysis of Biological Problems 3
Research Credits: 9-12 S.H.
CBS 01550 Thesis Research 9-12
Restricted Elective Courses: 0-3 S.H.
CBS 01560 Fundamentals of Teaching for Biological Sciences 3
  Multiple graduate-level courses available for specialized biology training  

Non-Thesis Track

  • 30 Semester Hours
  • Required Courses: 18 Semester Hours
  • Restricted Elective Courses: 12 Semester Hours
Course Number Title S.H. (Credits)
Required Courses: 18 S.H.
CBS 01510 Molecular Foundations of Biological Systems 3
CBS 01520 Cellular Foundations of Biological Systems 3
CBS 01530 Organismal Foundations of Biological Systems 3
CBS 01540 Biological Networks and Systems 3
CBS 01570 Computational Methods and Data Analysis in Biological Systems 3
CBS 01580 Integrative Analysis of Biological Problems 3
Restricted Elective Courses: 12 S.H.
CBS 01560 Fundamentals of Teaching for Biological Sciences 3
  Multiple graduate-level courses available for specialized biology training 9

Note: The courses listed above are not official and are subject to change. For an official list of available courses please visit the Rowan Global section tally.

Admission Requirements
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The following is a list of items required to begin the application process for the program. There may be additional actions or materials required for admission to the program. Upon receipt of the materials below, a representative from the Rowan Global Admissions Processing Office will contact you with confirmation or will indicate any missing items.

  • Completed Application Form
  • $65 (U.S.) non-refundable application fee
  • Bachelor's degree (or its equivalent) in Computer Science or related field from an accredited institution of higher learning
  • Official transcripts from all colleges attended (regardless of number of credits earned)
  • Recommended minimum undergraduate cumulative GPA of 3.0 (on a 4.0 scale)
  • Current professional resume
  • Typewritten statement of professional objectives
  • Two letters of recommendation
  • TOEFL language test (International)
  • WES evaluation (International)
Ready to Start Your Journey?

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Rowan University hosts a series of on campus and virtual events throughout the year to help you get to know us. From general information sessions, to program specific meetings with advisors, to webinars on timely and thought-provoking topics, these gatherings provide an excellent opportunity to ask questions, network with academics and future students, and learn from some of the most innovative and informed faculty in higher education today.

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