On-Campus Biomedical Devices Concentration

Biomedical devices represent a wide variety of implements that are beneficial for human health and welfare. Some well-known examples are contact lenses, hip implants, pace makers, artificial heart valves, stents, catheters, and breast implants. A wide variety of exciting new devices are continuously being developed, including neurostimulators, applications of nanotechnology and nanoparticles for therapeutic effects, new generation coatings for improved biocompatibility of implants, artificial skin and tissues, and many others. The field is constantly evolving as new concepts and technologies are integrated.

The Biomedical Device concentration is an interdisciplinary field of study aimed at providing the student with the knowledge necessary to function effectively, and be successful, in the biomedical device industry. The design, development and ultimate market release of a product will involve a team that includes scientists, engineers, technologists, manufacturing specialists, legal professionals, business and financial professionals, regulatory affairs professionals, and physicians, all able to communicate effectively with each other.

The program has been designed to (a) educate students with a background in engineering and the physical sciences and prepare them to enter the biomedical devices industry, and (b) provide engineers in the biomedical devices industry with continued education and professional development. Detailed information about the Biomedical Devices Program can be found at:

http://www.engr.sjsu.edu/bioengineering/BiomedicalDevices/

Biomedical Devices Program of Study Form

Curriculum Component Dept Course Number Course Description (Units)
Thesis Sequence
Common Core Courses
Required For All Emphases
ENGR 201 Engineering Analysis (3)
ENGR 203 Engineering Management (3)
ENGR 281 Master's Project/Thesis Preparation Seminar (1)
ENGR 299 Master's Thesis - (2 2nd Sem) (3 3rd Sem)
Project Sequence
Common Core Courses
Required For All Emphases
ENGR 201 Engineering Analysis (3)
ENGR 203 Engineering Management (3)
ENGR 281 Master's Project/Thesis Preparation Seminar (1)
ENGR 298 Master's Project (2)

Concentration Core
All 5 are Required
All Are 3 units

ENGR 177 Physiology for Engineers
MatE 175 Biomaterials
ME 267 EngineeringBiomechanics
ENGR 272 Biomedical Devices Design and Principles
ENGR 274 Regulatory, Clinical and Manufacturing Aspects of Medical Devices

Electives
All Are 3 units
Thesis - one elective
Project - two electives

MatE 115 Structure/Properties of Solids
MatE 185 Ceramics
MatE 186 Polymers
MatE 195 Mechanical Behavior of Materials
MatE 205 Advanced Mechanical Behavior of Solids
MatE 210 Experimental Methods in Materials Engineering
MatE 251 Advanced Solid State Thermodynamics
CE 210 Advanced Mechanics
CE 212 Structural Dynamics
ME 160 Introduction to Finite Element Method
ME 165 Computer-Aided Design in Mechanical Engineering
ME 192 Robotics and Manufacturing Systems
ME 260 Applied Stress Analysis
ME 265 Computer-Aided Mechanical Engineering Design
ME 273 Finite Element Methods in Engineering
CHE 162 Engineering Statistics and Analysis
ISE 130 Engineering Probability and Statistics
ISE 131 Statistical Process Control and Improvement
ISE 135 Design of Experiments
ISE 245 Advanced Supply Chain Engineering
ISE 202 Design and Analysis of Engineering Experiments
ISE 210 Human Factors/Ergonomics
ISE 235 Quality Assurance and Reliability
KIN 155 Exercise Physiology
KIN 158 Biomechanics
KIN 257 Biomechanics
ENGR 236 Design for Manufacturability