Biomedical engineering is the fastest growing engineering field right now. We advance diagnostics, analysis of medical conditions, treatment, and recovery – all to improve patient care.
Enjoy physical, chemistry, computer science and math? Interested in biology and medicine? Consider a career in biomedical engineering at UNIST.
Biomedical engineering is one of the fastest growing engineering discipline.
We apply engineering tools in biological and medical sciences to advance healthcare for today, tomorrow, and beyond. With the broad backgrounds spanning biology, chemistry, medicine, physics, math, computer science, and engineering, BME majored students can work in so many areas – diagnostics, medicine, therapeutics, materials, devices, nanotechnologies, and many more. Training in UNIST BME will prepare you to tackle today’s challenge and beyond. Together, we can make changes in future healthcare.
UNIST students takes general courses during their freshman year and can apply to the BME undergraduate program at the end of their 1st year. Take a course ‘BME to change the world (UNI10701)’ opened for UNIST freshmen. You will see why you must apply for BME undergraduate program!
UNIST BME undergraduate courses begins with core engineering coursework including Engineering Mathematics and Engineering Physiology, followed by cornerstone courses in biomedical fundamentals and applications as well as Biomedical Instrumentation Laboratory and Capstone project which provide strong ground to learn problem-solving, design, and communication skills.
It is highly recommended to take Undergraduate Internship Program as part of your curriculum. You can work for research laboratories, companies and receive academic credits. Through the internship experience, you can participate research projects and learn in-depth knowledge, mentoring.
BIOMEDICAL IMAGING
BRAIN & COGNITIVE ENGINEERING
REHABILITATION & REGENERATIVE ENGINEERING
PRECISION NANOMEDICINE
GENOMICS & BIOINFORMATICS
DIGITAL HEALTHCARE| BME210 | Engineering Mathematics |
| BME211 | Engineering Physiology |
| BME204 | Biosensors & Signals |
| BME212 | Biomedical Instrumentation & Analysis |
| BME219 | Optical Imaging |
| BIO301 | Cell Biology |
| BME301 | Computational Methods for Biomedical Engineering |
| BME306 | Biostatistics for Engineers |
| BME313 | Biomedical Instrumentation Laboratory |
| BME330 | Introduction to Phenomics |
| BME331 | Introduction to Neuroimaging |
| BME320 | Advanced Biomedical Instruments |
| BME321 | Biomedical Optics |
| BME411 | Biological Physics |
| BME433 | Laser and Biomedical Application |
| BME407 | Computational Imaging |
| BME490 | Capstone Project |
| BME210 | Engineering Mathematics |
| BME211 | Engineering Physiology |
| BME222 | Introduction to Human Factor Engineering |
| BME206 | Cognitive Neuroscience |
| BIO301 | Cell Biology |
| BME301 | Computational Methods for Biomedical Engineering |
| BME303 | Color Science & Engineering |
| BME304 | Brain and Human Behavior i-Common to humans |
| BME306 | Biostatistics for Engineers |
| BME308 | Sensation and Perception |
| BME309 | Decision Making and the Brain |
| BME305 | Brain and Human Behavior ii-Difference between humans |
| BME310 | Experimental Design |
| BME313 | Biomedical Instrumentation Laboratory |
| BME434 | Computational Neuroscience |
| BME436 | Affective Engineering |
| BME490 | Capstone Project |
| BME210 | Engineering Mathematics |
| BME211 | Engineering Physiology |
| BME213 | Biophysical Chemistry |
| BME204 | Biosensors & Signals |
| BME212 | Biomedical Instrumentation & Analysis |
| BIO301 | Cell Biology |
| BME301 | Computational Methods for Biomedical Engineering |
| BME306 | Biostatistics for Engineers |
| BME311 | Transport Phenomena in Biological Systems |
| BME313 | Biomedical Instrumentation Laboratory |
| BME320 | Advanced Biomedical Instruments |
| BME325 | Nano-Biomaterial Science and Engineering |
| BME408 | Biomedical Chemistry |
| BME421 | Nano-Bio Engineering |
| BME490 | Capstone Project |
| BME210 | Engineering Mathematics |
| BME211 | Engineering Physiology |
| BME222 | Introduction to Human Factor Engineering |
| BME235 | Tissue Engineering |
| BME212 | Biomedical Instrumentation & Analysis |
| BIO301 | Cell Biology |
| BME301 | Computational Methods for Biomedical Engineering |
| BME306 | Biostatistics for Engineers |
| BME302 | Stem Cell Engineering |
| BME307 | BioMechanics |
| BME311 | Transport Phenomena in Biological Systems |
| BME313 | Biomedical Instrumentation Laboratory |
| BME325 | Nano-Biomaterial Science and Engineering |
| BME412 | Organ-on-a-chip |
| BME405 | Animal Cell Culture |
| BME413 | Advanced BioInstrumentation Lab. |
| BME490 | Capstone Project |
| BME210 | Engineering Mathematics |
| BME211 | Engineering Physiology |
| BME203 | Introduction to Bioinformatic |
| BME201 | Probability, Statistics and Biological Network |
| BME202 | Genomics |
| BIO301 | Cell Biology |
| BME301 | Computational Methods for Biomedical Engineering |
| BME306 | Biostatistics for Engineers |
| BME313 | Biomedical Instrumentation Laboratory |
| BIO333 | Genetics |
| BME326 | Genome Technology |
| BME410 | Advanced Proteomics |
| BME424 | Cancer Genomics |
| BME404 | Advanced Topics in Genomics |
| BME490 | Capstone Project |
| BME210 | Engineering Mathematics |
| BME211 | Engineering Physiology |
| BME204 | Biosensors & Signals |
| BME212 | Biomedical Instrumentation & Analysis |
| BIO301 | Cell Biology |
| BME301 | Computational Methods for Biomedical Engineering |
| BME306 | Biostatistics for Engineers |
| BME307 | Biomechanics |
| BME311 | Transport Phenomena in Biological Systems |
| BME313 | Biomedical Instrumentation Laboratory |
| BME320 | Advanced Biomedical Instruments |
| BME411 | Biological Physics |
| BME433 | Laser and Biomedical Application |
| BME413 | Advanced Bioinstrumentation Lab |
| BME490 | Capstone Project |
We believe that close interaction between students and BME faculty advisor is key to success of BME students. Academic advisors help students make important decisions including choosing classes, engaging in research opportunities and discussing career opportunities. All the BME students are assigned BME faculty advisors as they enter the department. We highly encourage students to meet BME faculty advisors each semester. In addition, Ms. Ryu, an academic affairs manager handles the administrative aspects of student advising such as registration and graduation. Resources about information on policies, registration, validation, graduation and so on.
