Biomedical Engineering Society 10/15/2014
New Website! sites.utexas.edu/texas-bmes
VP of Finance Local Chapter Dues $10 National Chapter Dues $30 T-shirts!!! $10 Dues must be paid ASAP!
National Conference So much fun!!
BMES Case Competition Sign-ups open until the end of TODAY! November 15th Teams of 3-5 Prizes 1 st : $700 2 nd : $300
SEC Research Symposium November 20 th Learn more about the leading research at UT and will consist of TED Talk-like speaker presentations
Ojackets.org
Track Night 2014 October 29 th, 2014
Track Night 2014 Track 1: Biomedical Imaging and Instrumentation Track 2: Cellular and Biomolecular Engineering Track 3: Computational Biomedical Engineering Track 4: Biomechanics
Use of the knowledge of the structure and function of biological systems through mechanics to translate into design of devices for therapeutic and diagnostic improvements
Track 4: Skills Understand biomechanics and relation to the human body Knowledge of bioheat transfer and thermoregulation
Wilton Snead
Track 4: Technical Electives
Track 4: Companies Medtronic Stryker Orthopaedics Apollo Endoscopy Zimmer Smith & Nephew
Track 4: Faculty Aaron Baker Kenneth Diller Michael Sacks Jeanne Stachowiak
Track 4: Biomechanics Classes, opportunities, post-graduate plans Final thoughts on…
Track 1: Biomedical Imaging and Instrumentation Focused on imaging, diagnostics and therapy through biomedical instrumentation
Track 1: Skills Image and signal processing Analog/digital network analysis Software/hardware programming Circuit Design Data acquisition Computational analysis of data in regard to living systems
Technical Electives (12-14)
Technical Electives (14-16)
Track 1: Companies National Instruments Hospira Flextronics GE Healthcare Medtronic Biomet Stryker Arthrocare Intuitive Surgical Siemens Healthcare Philips Healthcare Zimmer St. Jude Medical
Track 1: Faculty Andrew Dunn Stanislav Emelianov Thomas Milner H. Grady Rylander Konstantin Sokolov James Tunnell Tim Yeh
Track 1: Biomedical Imaging and Instrumentation Classes, opportunities, post-graduate plans Final thoughts on…
Track 2: Cellular and Biomolecular Engineering Integration of cell & molecular biology with engineering analysis; Address problems in molecular medicine
Track 2: Skills Tissue engineering Materials science Construction of nanoscale devices Creation of bioactive materials Bioengineering perspective on disease and immune response Modeling biological systems
Stephanie Steichen
Technical Electives (12-14)
Technical Electives (14-16)
Track 2: Companies Genentech Merck Pfizer Dow Procter and Gamble Boston Scientific OsteoMed Biomet Amgen Life Technologies GE Terapio
Track 2: Faculty Aaron Baker Amy Brock George Gerogiou Jenny Jiang Nicholas Peppas Michael Sacks Jeanne Stachowiak Laura Suggs Janet Zoldan
Track 2: Cellular and Biomolecular Engineering Classes, opportunities, post-graduate plans Final thoughts on…
Track 3: Computational Biomedical Engineering Use of computational algorithms to address problems in healthcare and biomedical research
Track 3: Skills Design medical decision aids Dynamic analysis of biomechanics Thermodynamic modeling of bio- molecular reactions Image processing and interpretation Computational genomics
Technical Electives (12-14)
Technical Electives (14-16)
Track 3: Companies Ortho-Kinematics Luminex AssureRX Diagnostic Hybrids Proscan Imaging Novartis IBM Pfizer
Track 3: Faculty Kenneth Diller Mia Markey Nicholas Peppas Pengyu Ren Michael Sacks
Track 3: Computational Biomedical Engineering Classes, opportunities, post-graduate plans Final thoughts on…
Thanks for coming!!!