Master's Degree Program in Biomedical Engineering (ITU BYM)

TÜRKÇE

 

Why Study Biomedical Engineering?

 

To develop clinical solutions and technology for human health by providing Biomedical Engineering education based on universal values and culture by integration of science, engineering, and medicine.

To develop internationally recognized skills to promote original solutions to Biomedical Engineering problems in industry, hospital and university environments.

15 microscopic images from inside the human body

 

 

Admission Criteria

Max number of admissions: Fall: 20; Spring: 20

ALES: A minimum of 71 or GRE: A minimum of 720

GPA: A minimum of 2.50/4.0 or 65/100

English proficiency (internet TOEFL 65 min., classic TOEFL 513 min, computerized TOEFL 183 min, IELTS’de 6.0 each section)

Admitted/accepted students without some basic engineering courses in their undergraduate transcripts will be required to take undergraduate engineering courses as part of a 1 year long Academic Orientation Program.

 

Prospective Applicants

 

Electronics/Electronics and Communication/ Computer/ Telecommunication /Control/ Electrical Engineers, Physicists, Mathematicians

Graduates of other Engineering or Basic Science programs who are eager to do a career and specialize in Biomedical Engineering applications

15 microscopic images from inside the human body

BYM Coursework

 

 

Research Areas

 

Biological signal processing, analysis, interpretation and telemedicine

Magnetic resonance and computed tomography imaging and image processing

Hyperthermia applications in multi-layered tissue

 Sensing of embedded objects and tumors

Calculation/estimation of SAR as a result of exposure to electromagnetic radiation and comparison with standards

Physiological, anthropometric and psychological performance tests and modeling of performance

Modeling of biological systems using petri-nets

Biometric applications

Modeling of cognitive processes

Biomedical optics

Biomedical instrumentation

ASIC design for biomedical applications

Biomedical informatics

 

Contact us: bme[at]itu.edu.tr

  

Executive Board:

 

Prof.Dr. İnci ÇİLESİZ (Coordinator)

Doç.Dr. Neslihan ŞENGÖR

Y.Doç.Dr. Mustafa KAMAŞAK

15 microscopic images from inside the human body