The Doctor of Philosophy in Biomedical Engineering is jointly offered by NJIT and Rutgers University. It offers advanced graduate education providing students with the skills necessary for careers in basic and applied research, as well as the intellectual foundation to provide leadership in academia and industry. This program emphasizes an integration of engineering and the life sciences to address complex problems Students are admitted to either institutions and receive the same degree with a joint diploma. Course requirements are the same regardless of admission.
Aims of the Program
This joint program builds upon the synergistic relationship between NJIT and Rutgers University. The physical proximity of the two institutions facilitates access to courses, laboratories, libraries, and seminars, as well as blending scientific and clinical opportunities in education and research. In addition, the location of NJIT and Rutgers University in Newark promotes interaction with New Jersey's pharmaceutical and medical device industries and medical facilities. As the preparation for the Ph.D. involves an extensive research apprenticeship in the form of dissertation, the program is closely linked to the areas of biomedical engineering research at NJIT and Rutgers University. This research is clustered in the following areas.
Biomaterials and Biocompatibility
Tissue Engineering and Regenerative Medicine
Cellular and Orthopedic Biomechanics
Biomedical Signal Processing, Imaging and Instrumentation
Neural and Neuromuscular Engineering
The program requires a minimum of 78 credits beyond the B.S. or 60 credits beyond an M.S. degree in biomedical engineering or closely related field. For the post MS student, 24 credits must be in advanced graduate level courses with 12 credits in biomedical engineering and 12 credits in life sciences. The post B.S. student must take an additional 18 credits in approved courses.
The remaining 36 credits are comprised of mentored dissertation research, in which the student demonstrate aptitude for independent research of publishable nature. Individuals completing this degree are well-prepared for employment in academia, industry and government laboratories, or for post-doctoral study.
Eligibility for the Program
Prospective students seeking admission to the joint Ph.D. Program should have an undergraduate degree in engineering, basic science or mathematics, and satisfy the admission and academic requirements of the NJIT Graduate School and the Rutgers University's Graduate School of Biomedical Sciences. In general, applicants are expected to have had Calculus through differential equations equations, one full year of physics, one full year of chemistry, and a course in physiology as part of their prior engineering studies. Non-engineering applicants with strong life science or medical education, with the same physics, chemistry, math and physiology background, but who do not have experience in essential engineering sciences, will be considered on a case-by-case basis. These applicants may be asked to pursue and MS in BME prior to admission to the Ph.D. program. Alternatively, conditional admission may be granted to applicants lacking full preparation, the a requirement to take undergraduate bridge courses that will not carry graduate credit. Admitted students who have not previously taken an upper level physiology course will be required to take BME 669- Engineering Physiology or an equivalent course as one of their graduate courses.
Applicants are expect to have a minimum G.P.A of 3.5 in their most recent degree (B.S. or M.S.) and minimum GRE Math and Verbal scores of 750 and 500. The GRE is required for all applicants, and TOEFL is required for all international students.
The program has a joint admission committee, which reviews all application, thus allowing students to apply to either institution. The host institution for a student may be changed depending upon the eventual research advisor and/or the institutional source of the research funding. The only significant institutional difference in the application process is that Rutgers University only admits students in the spring for the upcoming fall semester. NJIT can admit students who are beginning in either the fall or spring semesters. In general, however, spring admissions are rare.
As the Ph.D. program is significantly based on faculty research, admission depends upon available opportunities and funding in individual laboratories, in addition to prior academic performance. A very limited number of teaching assistantships and university fellowships are available for begging students, with subsequent years of research supported by faculty grants.
Laboratory and funding opportunities vary considerably from year to year. Serious potential applicants are encouraged to contact the Ph.D. program director at either NJIT or Rutgers University to discuss the current factors influencing admission.
Specifics of the Ph.D. in Biomedical Engineering
Prior to the first semester of study, the student meets with the Ph.D. Program Committee and develops an individualized learning contract. This document maps the student's plan of study to math career goals with the Ph.D. curriculum. The development of the learning contract involves reviewing the student's prior courses, assessing future course needs, planning for qualifying exams and lab rotations, and initiating discussion of research interests. If a student enters the program with a research and mentor identified, that mentor is also included in the planning.
This learning contract is revised during each semester's advising period and it is updated as necessary. The academic Progress Committee, comprised of NJIT and Rutgers University faculty, monitors the progress of students in the completion of their degrees.
Students entering the program following an MS in biomedical engineering are required to take a minimum of 24 credits of advanced courses. Twelve credits of advanced biomedical engineering shall be selected in the field of specialization chosen by the student. Generally, these courses will come from those offered at NJIT and which are listed elsewhere in this Catalog. Courses from other engineering departments are considered on a case basis. The remaining 12 credits will be in advanced life sciences. These include GSDN 5200Q Introduction to Biomedical Sciences, which is referred as the "Core" course and is required of all Ph.D. students in the Graduate School of Biomedical Sciences. This 5-credit course is augmented by a 1-credit BME 611- Engineering Aspects of Molecular and Cellular Biology. The remaining 6 credits of life sciences courses should reinforce the student's area of specialization.
Rutgers University-GSBS life science courses can be found at:
While most students take GSBS life science courses, students may propose alternative courses taken at Rutgers University-Newark's Institute of Molecular and Behavioral Neuroscience
NJIT/Rutgers Federated Department of Biology
in the School of Health-Related Professions:
Students entering with a BS biomedical engineering will work with their advisor to select an additional 18 credits of biomedical engineering and life science course that will serve as foundation (similar to an MS) for the advanced courses and dissertation research.
In addition to the required 24 (with BS) course requirements, all Ph.D. students must register for GSDN 5001Q Ethics in Science, Research and Scholarship, and two laboratory rotations (one at NJIT and one at Rutgers University). Ph.D students are encouraged to attend, but are not required to register for the BME Graduate Seminar at NJIT.
Before becoming a doctoral candidate, a student must demonstrate his/her ability to integrate the knowledge acquired studies in the Qualifying Examination. This examination is offered each June and included a day-long written portion consisting of integrative questions. Shortly after the date of the written exam, students are examined orally by the Academic Progress Committee on the same questions. Students discuss and expand upon their written answers, and demonstrate their ability to engage in scholarly discussions.
The dissertation represents original research, and reflects a student's ability to critically understand the significance of a problem and conduct novel, high quality, and independent research, which advances the state of the art.
Before beginning the dissertation the student will select a dissertation committee, to be chaired by the student's primary advisor, and prepare a dissertation proposal. The proposal is organized using the format of an NIH Fellowship application, available here), identifying a unique scholarly problem, providing a critical review of related literature, proposing an appropriate hypothesis, and presenting a methodology to address the problem. The proposal is defended before the dissertation committee.
Doctoral study concludes with a written dissertation and an oral defense. All students must complete 36 credits of dissertation research.