Master’s Degree in Biomedical Engineering

A Master’s Degree in Biomedical Engineering is an advanced interdisciplinary discipline that bridges engineering science with medicine and biology to design, develop, and innovate technologies and systems that enhance human health, advance clinical diagnostics, and transform patient care. Integrating biomechanics, bioinstrumentation, medical imaging, biomaterials, tissue engineering, and computational modeling, the program equips students with the scientific rigor and engineering expertise to develop cutting edge medical devices, prosthetics, rehabilitation systems, and healthcare technologies that address critical challenges in modern medicine.

Discipline

Engineering & Technology

Certificates

Master

Year

1-3 years

Scholarship

Scholarships, Fellowships, Grants, Assistantships, Bursaries

Popular Research Directions

Neural Information Engineering (Brain-computer interface)
Medical imaging and medical image/signal processing
Digital medical equipment
Social cognitive and affective of neuroscience
Visual cognition and cognitive computing
Bioinformatics
Nanomedicine
Intelligent Medical Engineering
An intelligent algorithm for medical image processing
Biomedical Photon Imaging and Spectroscopy
Neural Engineering
Flexible biosensors and bioelectronic systems
Medical Imageology
Intelligent Rehabilitation
Dyskinesia
Development of Auxiliary Surgical Robot
Emergency Medical Equipment
Tissue Engineering and Nerve Regeneration
Smart Medical Materials
Ion Channel Pharmacology
New medical equipment and imaging
Biomechanics and mechanobiology
Biomaterials and artificial organs
New generation imaging and diagnostic technology
New generation treatment and intelligent medical equipment
Aerospace medical engineering and special environmental life support
Diagnosis and Treatment of Anterior Segment Diseases
Artificial Intelligence of Coronary Artery Operation Training System
Medical Signal Processing and Acquisition
Biomaterials and Trauma Treatment
Kinematic Analysis
Brain Computer Interface
Neuro-physiopathology and Neurorehabilitation
Puncture surgery robot

Basic Requirements for Scholarships

Good academic standing.
- Minimum grade: 65% or CGPA of 3.0/4.0 or 7.0/10
- Competitive grade: 75% or CGPA of 3.5/4.0 or 8.0/10
- The higher, the better.
Relevant academic background related to the proposed study program.
Professional work experience in the relevant field (recommended).
Research experience
- Thesis/ Dissertation / Graduation Projects
- Research projects (Not compulsory but advantageous).
- Research publications (Not compulsory but advantageous).
- Participation in research conference, or seminars (Not compulsory but advantageous).
Motivation Letter or Personal Statement with clear career plan.
Research Plan or Research Proposal: Demonstrating your passion and your ability to contribute in the relevant field through your research plan is crucial. Research proposal might be required by the professor for research program.
Matching your research interest with your expertise.
Strong academic references.
Competitive resume/ CV.
Proof of language proficiency.
Advantage for graduates from globally recognized high ranking universities, such as QS World University Rankings, Times Higher Education, ARWU, CWUR, etc. (advantage).
Other achievement such as awards, training, professional skills, etc. (optional, advantage).

Why Master’s Degree in Biomedical Engineering?

Popular Research Directions

Basic Requirements for Scholarships

Scholarship & Fellowship Programs