Graduate Degree Requirements
|
Masters :: Doctorate ::
Graduate Core Requirements» |
| Master's Programs |
Rensselaer requires completion of at least 30 credit hours (with satisfactory grades) degree. At least 15 of these credit hours must have suffix numbers 6000–6990.
|
| Master of Science |
The Biomedical Engineering M.S. degree can be obtained with or without a thesis. The latter option is recommended for students who do not plan further graduate studies. The thesis option is advised for students who plan to obtain a higher graduate degree. The master�s thesis should contribute new knowledge to the field of study.
Students pursuing the M.S. (with or without thesis) must complete a minimum of 30 credit hours, at least 15 of which must be at the 6000-6960 level and have the BMED prefix. The minimum number of credits for coursework is 24; the minimum number of credits required with the BMED prefix is 18. One course in the life sciences (biology or physiology) and one course in advanced math are required. In consultation with their advisor, students must develop a Plan of Study that satisfactorily meets Institute requirements and Departmental requirements.
For students working toward the M.S. with thesis, the academic load consists of a minimum of eight courses, plus thesis (3-6 credits). Four (4) of these courses must have the BMED prefix, with three (3) of the four courses at the 6000 level. One course in biology and one course in math are required. Students choose an additional two (2) elective courses at the 4000 or 6000 level and must meet all other departmental requirements in order to earn the M.S. degree
|
| Doctoral Degree - Biomedical Engineering |
Matriculation into the doctoral program is based upon prior demonstration of a high level of academic achievement in graduate and/or undergraduate work. Advanced study and research are conducted under the guidance of a faculty member of the Department of Biomedical Engineering and an interdisciplinary committee
A minimum of 30 credits in graduate course work (6000 level) are required for the Doctoral degree in addition to the residency and thesis requirements. Students may need to take additional courses to take appropriate courses at 4000 level to prepare for graduate level coursework. These requirements are formalized in a Plan of Study that is prepared in consulattion with the student�s research advisor and doctoral committee.
| The minimum course work requirements are distributed as follows: |
Credit hours |
| Advanced Mathematics or Statistics |
3-4 |
(1 course) |
| Advanced Life Sciences
(Advanced Biology or Advanced Physiology) |
6-8 |
(2 courses) |
Engineering depth courses(minimum of 3 courses should have the prefix BMED) |
18 |
(2 courses) |
| Advanced laboratory techniques |
3-4 |
(1 course) |
TOTAL |
30-34 |
|
List of Recommended Courses
(to chose in consultation with faculty advisor) |
Advanced Mathematics/Statistics
(1) course is required in Advanced Mathematics or Statistics. Courses can be selected from the list below or submitted to the graduate curriculum committee for approval with the support of your advisor.
Advanced Mathematics |
| DEPT |
#/credits |
Course Title |
| CHME 6610» |
|
Mathematical Methods in Chemical Engineering 1 and 2 |
| MANE 6660» |
(3) |
Fundamentals of Finite Elements |
| MANE 6670» |
(3) |
Nonlinear Finite Element Methods |
| MANE 6680» |
(3) |
Finite Element Programming |
| MANE 6690» |
(3) |
Advanced Finite Element Formulation |
| MANE 6770» |
(3) |
Multiscale-Multiphysics Computational Science and Engineering |
| MATH 4700 |
(4) |
Foundations of Applied Mathematics |
| MATH 4720 |
(4) |
Mathematics in Medicine and Biology |
| MATH 4800 |
(4) |
Numerical Computing |
| MATH 4620 |
(4) |
Mathematical Statistics |
Advanced Statistics |
| DEPT |
#/credits |
Course Title |
| DSES 4140» |
(4) |
Statistical Analyses |
| DSES 6020» |
(3) |
Design of Experiments |
| DSES 6060» |
(3) |
Applied Multivariate Analysis |
| DSES 6100» |
(3) |
Time Series Analysis |
| DSES 6110» |
(3) |
Introduction to Applied Statistics |
| DSES 6130» |
(3) |
Statistical Computing |
| DSES 6140» |
(3) |
Exploratory Data Analysis |
| NEU 608 |
|
Biostatistics (AMC) |
Advanced Life Sciences
(2) courses are required in either Advanced Physiology and/or Life Sciences. Courses can be selected from the list below or submitted to the graduate curriculum committee for approval with the support of your advisor.
| DEPT |
#/credits |
Course Title |
| BCBP 4760 |
(4) |
Molecular Biochemistry I |
| BCBP 4770 |
(4) |
Molecular Biochemistry II |
| BIOL 4620 |
(4) |
Molecular Biology I |
| BIOL 4630 |
(4) |
Molecular Biology II |
| BIOL 6410 |
(3) |
Bioinformatics I |
| BIOL 6420 |
(3) |
Bioinformatics II |
| BIOL 6640 |
(3) |
Proteomics |
| BIOL 6690 |
(3) |
Adv. Molecular Biology |
| BMED 4500» |
(4) |
Adv. Systems Physiology |
| CBCR 604 |
|
Tissue Remodeling and Cell Motility (AMC) |
| CBCR 601 |
|
Molecular Mechanisms of Cell Growth and Differentiation (AMC) |
| CS 601 |
|
Molecular Control of Vasculatr Cell (AMC) |
| CS 605 |
|
Cell and Molecular Basis of Cardiovascular Disease (AMC) |
| CS 608 |
(3) |
Cardiovascular Physiology (AMC) |
| CS 609 |
(4) |
Respiratory and Renal Physiology (AMC) |
| NEU 605 |
(3) |
Neuroanatomy and Nervous System Disorders (AMC) |
| NEU 606 |
|
Cellular and Molecular Neuroscience (AMC) |
| NEU 612 |
|
Developmental Neuroscience (AMC) |
Advanced Laboratory Techniques
(1) course is required in Advanced Laboratory Techniques. Courses can be selected from the list below or submitted to the graduate curriculum committee for approval with the support of your advisor.
| DEPT |
#/credits |
Course Title |
| BCBP 4710 |
(4) |
Biochemistry Laboratory |
| BCBP 4810 |
(4) |
Biological Spectroscopy |
| BCBP 6210 |
(4) |
Biophysical Methods |
| BIOL 4720 |
(4) |
Molecular Biology Laboratory |
| BIOL 6160 |
(3) |
Cell and Developmental Biology Lab |
| CHEM 6420 |
(3) |
NMR Spectroscopy |
| CHEM 6660 |
(3) |
Polymer Analysis and Characterization |
| MTLE 6300» |
(3) |
Integrated Circuit Fabrication Laboratory |
Engineering Depth
(5-6) courses in graduate level engineering are required. 3 courses in Biomedical Engineering of the 3, 2 courses should be taken within the student chosen concentration and one from a different concentration. Courses in Biomedical Engineering are listed below and other graduate engineering courses can be selected from course catalog with the support of your advisor. 1 course in this category can be considered a technical elective and can be selected in any graduate level engineering, science or mathematics course.
| Biomechanics |
Biomaterials |
Electrical/Imaging |
| 6280: Biomechanics of Soft Tissues |
6350: Fluid Dynamics and Transport in the Vascular Circulation |
Biological Imaging Analysis |
| 6290: Biomechanics of Hard Tissues |
6420: Biology and Engineering of the ECM |
Biophotonics |
| 6350: Fluid Dynamics and Transport in the Vascular Circulation |
BioMEMs |
Biosensors |
| 6500: Mechanobiology |
6500: Mechanobiology |
MANE 6480: Health Physics and Medical Aspects of Radiation |
| New course in spine biomechanics (Ledet) |
|
|
| New course in Muscle Mechanics (Corr) |
|
|
|
|
Recommended course distribution/template (Example) |
Academic Year I |
| Fall |
Credit hours |
Spring |
Credit hours |
| Advanced Mathematics or Statistics |
3-4 |
Advanced Physiology/Biology |
3-4 |
| Engineering Depth Course I |
3-4 |
Engineering Depth Course II |
3-4 |
| Doctoral Research |
4-6 |
Doctoral Research |
4-6 |
| |
Total: 12 |
|
Total: 12 |
| |
|
|
|
Summer I |
|
|
|
Research |
|
|
|
| |
|
|
|
Academic Year II |
| Fall |
Credit hours |
Spring |
Credit hours |
| Engineering Depth Course III |
3-4 |
Advanced Physiology/Biology |
3-4 |
| Experimental Tech. in Biomedical Research |
3-4 |
Discussion in Graduate Studies/Colloqia |
1 |
| Doctoral Research |
4-6 |
Doctoral Research |
7-8 |
| |
Total: 12 |
|
Total: 12 |
| |
|
|
|
Summer II |
|
|
|
Research |
|
|
|
| |
|
|
|
Academic Year III |
| Fall |
Credit hours |
Spring |
Credit hours |
| Engineering Depth Course IV |
3-4 |
Discussion in Graduate Studies/Colloqia |
1 |
| Doctoral Research |
8-9 |
Engineering Depth Course V |
3-4 |
| |
|
Doctoral Research |
7-8 |
| |
Total: 12 |
|
Total: 12 |
| |
|
|
|
Summer III |
|
|
|
Research |
|
|
|
| |
|
|
|
Academic Year IV |
| Fall |
Credit hours |
Spring |
Credit hours |
| Doctoral Research |
12 |
Discussion in Graduate Studies/Colloqia |
1 |
| |
|
Research- Doctoral Thesis completion |
11 |
| |
Total: 12 |
|
Total: 12 |
One of the required engineering depth courses may be substituted by three semesters of “Discussion in Gaduate Studies/Colloquia” |