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Undergraduate Programs |
"Sensing and Actuating Life" |
Undergraduate research opportunities allow Biomedical Engineering students to apply their engineering and science skills to real life biomedical research in various fields. The research may be performed in either on-campus or off-campus, directed by a BME core, courtesy, or adjunct faculty member.
Start by developing an understanding of research opportunities in Biomedical Engineering. Visit the Biomedical Engineering faculty research web page and go to the BMES research open house (usually held each semester) to identify professors conducting research that interests you.
Closely examine the professors’ research that you find interesting. Pay particular attention to the methods that are used and previous achievements.
Contact the professor(s) of interest via e-mail or phone to set up an appointment to visit the research group and gain a better understanding about current projects and research environment. If possible, attend a laboratory group meeting. Provide the professors with a list of your prior coursework, grades, and relevant lab, equipment, and research experiences.
If the research environment looks appealing, ask about the possibility to join the group or to shadow group members. If the answer is negative, ask about what additional preparation would be required in order to join the group in the future.
The expectation of each professor varies with regard to prior training, number of hours, time distribution, and total period of commitment by the student. Some faculty members may prefer juniors and seniors who typically have more extensive experience, while others may prefer sophomores, as they may have a longer commitment to a project.
Opportunities may be created after a professor meets a strong student. Students with a stronger academic performance with fewer classes may be favored over students with poor grades and have taken more classes.
The rules, atmosphere, and size of research groups vary substantially. Personality match can be as important as research interest match.
Each student should meet with his/her advisor to determine how many hours of research per week will be expected. Research done during the fall or spring semester is typically unpaid, and may be done with or without receiving academic credit. Any expectation of payment and the amount should be discussed with the advisor. Any student who receives payment for research cannot receive academic credit.
If the research is done for academic credit, the student should register for the appropriate number of units 42-x00 Biomedical Engineering Research Project or 39-500 CIT Honors Thesis (if applicable). Each unit should correspond to one hour per week of research. For instance, 9 units of research corresponds to 9 hours of research per week. Please note that only a total of 9 units of research (42-x00 or 39-500) will be counted as a restricted elective toward the BME additional major. Students should discuss with their advisor to determine the best time to take research for credit.
Each student should meet with his/her advisor to determine how many hours of research per week will be expected. Research done during the fall or spring semester is typically unpaid, and may be done with or without receiving academic credit. Any expectation of payment and the amount should be discussed with the advisor. Any student who receives payment for research cannot receive academic credit.
If the research is done for academic credit, the student should register for the appropriate number of units 42-x00 Biomedical Engineering Research Project or 39-500 CIT Honors Thesis (if applicable). Each unit should correspond to one hour per week of research. For instance, 9 units of research corresponds to 9 hours of research per week. Please note that only a total of 9 units of research (42-x00 or 39-500) will be counted as a restricted elective toward the BME additional major. Students should discuss with their advisor to determine the best time to take research for credit.
In order to receive a final grade for 42-x00, a brief research summary (two to three pages) must be submitted to the Associate Department Head by the last day of classes.
Research done during the summer is often paid and may be supported by the CMU SURF program, the BME Summer Undergraduate Research Program (see below), or the advisor's research grants. However, any student who receives payment for summer research cannot receive academic credit.
Description: The 2012 Summer Undergraduate Research Program in Biomedical Engineering at Carnegie Mellon University (SURP in BME at CMU) invites BME undergraduate majors to apply for summer research experiences. Through this program, students will spend a ten-week period in Biomedical Engineering research laboratories either on campus at Carnegie Mellon University or off campus with affiliated faculty members. These summer experiences allow BME students to apply their classroom knowledge to cutting-edge research projects. Since the inception of this program in 1980, hundreds of BME students have participated in this unique experience. Many continue their BME research during the school year as well. These experiences have played a major role in helping alumni chose their career paths and obtain positions in industrial or academic laboratories.
Compensation and Duration: Each student will receive $9.33/hour and can work a maximum of 37.5 hours per week for a total of 10 weeks.
Eligibility: The SURP in BME is ONLY intended for Carnegie Mellon University students who have completed their sophomore year and are officially registered as an additional major in Biomedical Engineering.
Applications: Students interested in the summer internship must submit the following:
A list of participating research faculty can be found below. Both parts of the application should be submitted to Kristin Galuska (kgaluska AT andrew.cmu.edu). Please put “SURP in BME” in the subject line. The due date for applications is 3/9/12.
Matching Procedure: The BME Department will match each applicant with potential researchers. Each researcher will then interview several students who are interested in his/her research. After the interviews are complete, each faculty researcher will send the BME Department their top choices. The BME Department will then contact each accepted student with an offer for a summer position. Once a student has accepted a position, the student is not permitted to switch to a different research laboratory. Due to limited financial resources, we cannot guarantee that all applicants will receive an offer.
Research Conference: At the end of the summer (date, time, and location TBD), each student will present his/her research in poster format at the BME Summer Research Conference. Additional information will be provided at a later date. Each student must participate in this conference in order to receive his/her final paycheck.
List of Faculty Researchers
| Name | University or Company |
Department | Student Academic Background or Skills Desired |
Research Interests |
| Chris Bettinger, Ph.D. | CMU | BME | MSE or Mech E | Switchable nanotopography to deconstruct contact guidance responses |
| Adam Feinberg, Ph.D. | CMU | BME | ChemE, MSE, or MechE | Characterization of nanoscale, protein-based materials |
| Mark Friedman, Ph.D. | Augmentech | Engineering | Biomechanics course or an interest in robotics & sensors, some experience with programming or at least using graphic data analysis | Biomechanics data analysis from NIH-sponsored research on post hip fracture physical therapy |
| Jeff Hollinger, Ph.D. | CMU | BME | MSE or ChemE | Delivery of siRNA using nano structured polymers; the clinical relevance will emphasize either heterotopic bone formation or traumatic brain injury |
| Stephen Jones, Ph.D. | AGH | Anesthesiology | MATLAB programming experience | Program imaging in MATLAB to further our analysis of our fast ADC MRI data using our rat model of experimental stroke |
| Michael McHenry, Ph.D. | CMU | BME | MSE | Biomedical application of magnetic nanoparticles |
| Mark Miller, Ph.D. | AGH | Orthopaedic Biomechanics | Mech E or MSE | Mechanical properties of different materials and surgical techniques |
| John Pacella, M.D. | UPMC | Cardiology | Mech E or ChemE | Optimization of microvascular perfusion |
| Kerem Pekkan, Ph.D. | CMU | BME | Mech E | Three-dimensional (3D) hemodynamic studies using high-speed stereoscopic micro particle image velocimetry (μPIV) |
| Cameron Riviere, Ph.D. | CMU | BME | Mech E | Programming and experimentation for surgical robotic system and Neurosurgical Needle Steering project |
| Alan Rosenbloom, M.D. | CMU | BME | ChemE or Mech E | Microfluidic mixer intended for molecular diagnostics at the bedside of critically ill patients and those receiving chemotherapy |
| Newell Washburn, Ph.D. | CMU | BME | Chemistry and Biochemistry | Bioactive polymers for wound healing and regenerative medicine; biopolymer mediated manipulations of cytokines and growth factors |
| Ge Yang, Ph.D. | CMU | BME | ChemE or ECE | Computational cell biology |
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(Updated 02/29/12)
UNDERGRADUATE PROGRAMS
Campus Office for Student Affairs and Graduate Admissions
Department of Biomedical Engineering
Carnegie Mellon University
Doherty Hall 2100
5000 Forbes Avenue
Pittsburgh, PA 15213
Ph: (412) 268-3955
Fax: (412) 268-1173
Administrative Office
Department of Biomedical Engineering
Carnegie Mellon University
PTC 4105
700 Technology Drive
Pittsburgh, PA 15219
Ph: (412) 268-6222
Fax: (412) 268-9807