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Introduction and Vision

Biomedical Engineering(BME) is a newly established program in the UST. The BME program is a multi-disciplinary program of biology, engineering and medicine, and is designed to tackle various complex problems in biology and medicine using engineering approaches.
As the perspective of BME program in general is very broad and difficult to focus the program into one, we have divided the UST-BME program into three tracks; Biomaterials and Tissue Engineering, Biomedical Imaging and Medical Systems, and Biomedical Microsystems. This three track-system is designed to provide students only with a guideline to the focus area of their interests, and students are not necessarily limited to only one track, but rather allowed to choose any inter-track combination.

Biomedical Engineering Major
Key Facts
  • Chair Professor: Jun-Kyo Francis Suh, Ph.D.
Research
Field/Track
  • Biomaterials & Tissue Engineering Track
    • - Biomaterials
    • - Tissue Engineering
    • - Regenerative Medicine
    • - Nanomedicine
    Biomaterials & Tissue Engineering Track
  • Biomedical Imaging & Medical Systems Track
    • - Medical Imaging
    • - Bio and Molecular Imaging
    • - Surgical Systems
    • - Surgical Simulations
    Biomedical Imaging & Medical Systems Track
  • Biomedical Microsystems Track
    • - BioMEMS and Biosensors
    • - Microfluidics
    • - Neural Engineering
    • - Medical Microsystems
    Biomedical Microsystems Track
Laboratory/
Equipments
  • Tissue and Cell Culture Facilities
  • Biomaterials Research Laboratory
  • MEMS Fabrication Facilities
  • Bio-Imaging Laboratories (Including Confocal Microscope System)
  • Neuro-Electrophysiology Laboratory
  • Animal Care Facilities
  • Surgical Simulation Laboratory
  • Bio-Optics Laboratory