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MASTER PROGRAM

The Master of Engineering Program in Biomedical Engineering at Mahidol University is designed for students who wish to pursue careers in research and development, academics, or industry. The program is designed to be completed at the minimum of two years, which the program consists of 26 credits of course work and 12 credits of thesis research. Foundation courses in Biomedical Engineering Program are required for all students. The remaining course requirements may be adapted to student's backgrounds and research topics. Our curriculum exposes students to the latest developments in the special field, permits depth in a special area of biomedical engineering. Students in the master's program are exposed to special topics in biomedical engineering and practical training in the form of supervised research projects that nurtures self thinking, self development for solving problems that integrates between engineering and medical sciences.


Program Director: Jackrit Suthakorn, Ph.D.
Program Coordinator: Matchima Rattanalam
Contact: matchima.rat@mahidol.ac.th
Focus Research Areas:

  1. Neuroengineering and Medical Imaging - Track Leader: Yodchanan Wongsawat, Ph.D.
  2. Drug delivery system and tissue engineering - Track Leader: Norased Nasongkla, Ph.D. .
  3. Advanced Computing in Medicine - Track Leader: Panrasee Rittapravat, Ph.D.
  4. Rehabilitation Engineering and Artificial Organs - Track Leader: Phornphop Naiyanetr, Ph.D.
  5. Medical Robotics - Track Leader: Jackrit Suthakorn, Ph.D.
  6. Biosensors and Medical Instrumentation - Track Leader: Chamras Promptmas, Ph.D.

Course Structures and Requirements:

Core Courses (20 Credits are required)

  1. EGBE 517 Physiology for Biomedical Engineering (3 Credits)
  2. EGBE 518 Engineering Mathematics for Research (3 Credits)
  3. EGBE 524 Research Methodology (3 Credits)
  4. EGBE 601 Medical Signal Processing and Instrumentation (3 Credits)
  5. EGBE 607 Materials and Mechanics in Medicine (3 Credits)
  6. EGBE 609 Fundamental of Biomedical Engineering (3 Credits)
  7. EGBE 692 Research Seminar for Biomedical Engineers I (1 Credits)
  8. EGBE 693 Research Seminar for Biomedical Engineers II (1 Credits)

Thesis

  1. 1. EGBE 698 Thesis (12 Credits)

Elective Courses (6 Credits are required)

  1. EGBE 522 Biomedical Signal Processing (3 Credits)
  2. EGBE 523 Advanced Biomedical Image Processing (3 Credits)
  3. EGBE 525 English for Research (3 Credits)
  4. EGBE 551 Computational Methods for Biomedical Engineering (3 Credits)
  5. EGBE 560 Medical Robotics (3 Credits)
  6. EGBE 604 Biosensors (3 Credits)
  7. EGBE 605 Medical Imaging (3 Credits)
  8. EGBE 610 Neural Networks (3 Credits)
  9. EGBE 611 Advanced Medical Imaging (3 Credits)
  10. EGBE 615 Physiological System Modeling and Identification (3 Credits)
  11. EGBE 620 Wavelets and Time-Frequency Analysis (3 Credits)
  12. EGBE 621 Higher-Order Spectral Analysis (3 Credits)
  13. EGBE 622 Computer Graphics in Medicine (3 Credits)
  14. EGBE 623 Pattern Recognition (3 Credits)
  15. EGBE 624 Brain-computer Interface (3 Credits)
  16. EGBE 630 Cell and Tissue Engineering (3 Credits)
  17. EGBE 631 Advanced Drug Delivery (3 Credits)
  18. EGBE 632 Physiological Transport Phenomena (3 Credits)
  19. EGBE 633 Biomedical Polymer (3 Credits)
  20. EGBE 634 Biomaterials and biocompatibility (3 Credits)
  21. EGBE 635 Biotechnology for Biomedical Engineering (3 Credits)
  22. EGBE 637 Analytical Chemistry for Biomedical Engineering (3 Credits)
  23. EGBE 638 Advanced Molecular Bioelectronics (3 Credits)
  24. EGBE 641 Physiological Fluid Mechanics (3 Credits)
  25. EGBE 642 Advanced Biomechanics (3 Credits)
  26. EGBE 643 Cardiovascular Systems (3 Credits)
  27. EGBE 644 Neural Interfacing (3 Credits)
  28. EGBE 645 Biomedical Prosthetics (3 Credits)
  29. EGBE 646 Design and Manufacture of Biomedical Devices (3 Credits)
  30. EGBE 651 Bioinformatics (3 Credits)
  31. EGBE 652 Bioimage Informatics (3 Credits)
  32. EGBE 653 Intelligent Systems (3 Credits)
  33. EGBE 660 Advanced Computer-Integrated Surgery (3 Credits)
  34. EGBE 661 Robot-Assisted Surgery (3 Credits)
  35. EGBE 662 Design and Control of Haptic Interfaces (3 Credits)
  36. EGBE 663 Biochemistry for Biomedical Engineering (3 Credits)
  37. EGBE 664 Nanobiotechnology (3 Credits)
  38. EGBE 680 Advanced Medical Robotics (3 Credits)
  39. EGBE 681 BioMEMS and Medical Microdevices
    Approximate 350,000 Baht
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