Biomaterials MS

This interdisciplinary, research-based program is one of the few biomaterials graduate programs in the world. It focuses on the use of synthetic and natural materials in digital dentistry, implant dentistry, and biomedical engineering. Building fundamental knowledge of biomaterials science and engineering within a multidisciplinary learning environment is emphasized. This program directly integrates clinically-oriented applications of biomaterials and medical devices and promotes student-focused selection of research topics. New trends in digital dentistry are another focus area. The program offers classroom and seminar opportunities on translational research among dental, medical, and engineering practitioners for the development of advances in devices and therapies in all of these fields.

Required Core (12 credits)

BMA 501LEC - Biomat Cell-Surface Phen Credits: 3
BMA 507SEM - Biomaterials Seminar Credits: 1 (for 3 semesters, 3 credits total)
BMA 513LEC - Polymeric Biomaterials Credits: 3
BMA 520LEC - Eval Biomedical Materials Credits: 3

Electives & Culminating Experience (18 credits)

Electives (15 credits)

Other electives as approved by the Program Director.
Maximum of 6 credits of S/U grading allowed.

BCH 503LEC - Biochemical Principles Credits: 4
BE 500LEC - Special Topics Credits: 3
BE 550LEC - Orthopedic Science and Engineering Credits: 3
BE 570LEC - Current Topics in Medical Nanotechnology Credits: 3
BE 572LEC - Biomedical Microtechnology and Nanotechnology Credits: 3
BE 598TUT - Individual Problems Credits: 1 - 6
BMA 502SEM - Basic Aspects Biomat Test Credits: 3
BMA 503LEC - Regulatory Aspects of Medical Products Credits: 2
BMA 603LAB - Special Research Topics Credits: 1 - 3
BMA 671TUT - Independ Study Graduate Credits: 1 - 6
CE 534LEC - Materials Sci & Corrosion Credits: 3
MAE 501TUT - Individual Problems Credits: 1 - 6
MAE 538LEC - Smart Materials Credits: 3
MAE 584LEC - Nano/Microtechnologies for (bio)MEMS Credits: 3
MIC 502LEC - Medical Microbiology Credits: 4
ODS 603LEC - Medical Biophysics Credits: 1 - 3
ORB 510LEC - Saliva and the Oral Microbiome Credits: 4
ORB 545DIS - Dynamics of Bone Credits: 2
OS 502LEC - Oral Sci:Physio of Pain Credits: 2
OS 504LEC - Saliva and the Oral Microbiome Credits: 4
OS 506LEC - Oral Sci:Biomaterials Credits: 1
OS 518LLB - Stat Methods Oral Science Credits: 4
OS 512LEC - Res Design Oral Sciences Credits: 2
PGY 551LEC - Human Physiology I Credits: 3
PMY 504TUT - Special Techniques Credits: 2 - 6
RPG 511TUT - Techniques in Pathology Credits: 1
STB 533LEC - Crystallogr.Meth.Str.Bio.1 Credits: 3
ORB 522SEM - Crse in Scientific Writg Credits: 1
ODS 514SEM - ANA/Physio Mastic Syst Credits: 3

Culminating Experience: Thesis (3 credits)

BMA 651TUT - Research Credits: 1 - 12 and/or
BMA 653LAB - Thesis Guidance Credits: 1 - 4 and/or
BMA 701LEC - Thesis Problems Credits: 1
RDN 653TUT - Thesis Guidance Credits: 1 - 4

Total Credit Hours: 30

3.0 Degree GPA required

Program Learning Outcomes (PLOs)

1) Ability to understand the fundamental principles of the broad field of biomaterials.

2) Ability to communicate effectively.

3) Ability to conduct research and/or professional practice.

4) Contribute knowledge and original research to the field of biomaterials.

SED Statement

This program is officially registered with the New York State Education Department (SED).

Online programs/courses may require students to come to campus on occasion. Time-to-degree and number of credit hours may vary based on full/part time status, degree, track and/or certification option chosen. Time-to-degree is based on calendar year(s). Contact the department for details.