 Semester 1 | |
Course | Credit Hours |
Research Methodology | 03 |
Advanced Computational Biology | 03 |
Elective 1 | 03 |
Semester 2 | |
Course | Credit Hours |
Advanced Biomedical Signals and Systems | 03 |
Elective 2 | 03 |
Elective 3 | 03 |
Elective 4 | 03 |
Semester 3 | |
Course | Credit Hours |
Advanced Biomedical Control Systems | 03 |
Elective 5 | 03 |
Elective 6 | 03 |
MS Biomedical Engineering
Ziauddin University believes in fostering a multidisciplinary approach to education, combining principles of engineering, biology, and medicine to address complex challenges in healthcare. Our MS Biomedical Engineering programme offers a rigorous curriculum that equips students with the knowledge and skills needed to develop innovative solutions for diagnosing, monitoring, and treating medical conditions.Â
Contact Information
Contact Numbers | 021-36644153 |
021-36684406 |
Location
BS Biotechnology | F-103, Block-B Block B North Nazimabad Town, Karachi, Sindh 74600 |
16 years of education in the relevant discipline (biomedical/electrical/electronic engineering) with a minimum CGPA of 2.50/4.00 or equivalent. Passed GAT (General) or University admission test.Â
There are three MS tracks offering in the field of Biomedical Engineering at ZUFESTM.
Each MS student has to select four courses as offered by the University from the list of core courses and four or six elective courses from the specialisation stream. A student can opt six credit hours of research work/thesis instead of two courses from the specialisation stream.Â
Semesters
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List of core courses
Course | Credit Hours |
Research Methodology | 03 |
Advanced Computational Biology | 03 |
Advanced Biomedical Signals and Systems | 03 |
Advanced Biomedical Control Systems | 03 |
List of elective courses
Course | Credit Hours |
Medical Informatics | 03 |
Biomedical Ethics | 03 |
Tissue & Cell Engineering | 03 |
Telemedicine System | 03 |
Pattern Recognition | 03 |
Proteomics | 03 |
Modelling & Simulation of Physiological Systems | 03 |
Functional Genomics | 03 |
Mechatronics System Design | 03 |
Techniques in Biomolecules Analysis | 03 |
Medical Image Processing | 03 |
Cancer Biology | 03 |
Advanced Medical Imaging | 03 |
Advanced Clinical Instrumentation | 03 |
Medical Microsystems | 03 |
Ultra-Power Electronics | 03 |
Biomaterials and Drug Delivery | 03 |
Cardiovascular Fluid Mechanics | 03 |
Advanced Biomedical Instrumentation | 03 |
Computational Biomechanics | 03 |
Medical Robotics | 03 |
Advanced Biomechanics | 03 |
Injury Mechanics | 03 |
Prosthetics and Orthotics | 03 |
Clinical Gait Analysis | 03 |
Finite Element Methods | 03 |
Experimental Biomechanics | 03 |
Adaptive Signals and Filter Design | 03 |
Artificial Intelligence | 03 |
Machine Learning | 03 |
Computer Vision | 03 |
Duration and Semester-Wise Break-Up
Typical / Average duration for MS Biomedical programme is 1.5 years (4 years maximum). A generalised semester-wise break-up is as follows:
| Â | Course Work Only Option | Coursework + Thesis Option |
| Number of semesters | 04 (Typical) | 04 (Typical) |
Programme Credit hours | 30 (Min) | 30 (Min) |
Coursework | Core: 04 | Core: 04 |
| Elective: 06 | Elective: 04 | |
| Coursework Credit Hrs. | 30 | 24 |
| Thesis C Hrs. | – | 6 |
| Credits allowed per semester | 09 (max) in Spring/Fall 03 (max) in Summer | 09 (max) in Spring/ Fall 03 (max) in Summer |
MS Biomedical Engineering Thesis Work
Besides 24 CHr of coursework, MS students optionally complete 06 CH of research work instead of two courses. The thesis may be taken after completing 18 CH (minimum).
MS Biomedical Engineering Degree Requirements
Besides 24 CHr of coursework, MS students optionally complete 06 CH of research work instead of two courses. The thesis may be taken after completing 18 CH (minimum).Â
Graduates of the MS Biomedical Engineering programme at Ziauddin University can pursue diverse career paths in the healthcare and technology sectors, including:
Clinical Engineer – Managing and optimising medical equipment in hospitals and healthcare facilities.
Biomedical Researcher – Conducting advanced studies in medical imaging, biomechanics, and regenerative medicine.
Medical Device Engineer – Designing, developing, and testing medical instruments and prosthetics.
Healthcare Technology Consultant – Advising healthcare organisations on the integration of emerging medical technologies.
Artificial Intelligence & Machine Learning Specialist – Developing AI-driven diagnostic and treatment solutions.
Academia & Teaching – Educating future biomedical engineers and contributing to research.
Entrepreneur – Innovating biomedical solutions and launching startups in the healthcare sector.
Regulatory Affairs Specialist – Ensuring medical devices meet global safety and compliance standards.
The MS Biomedical Engineering programme at Ziauddin University integrates engineering, biology, and medicine to develop innovative solutions for healthcare challenges. Graduates of this programme will:
Apply advanced engineering principles to medical and biological systems.
Develop expertise in biomedical signals, medical imaging, and computational biology.
Conduct independent research in areas such as biomaterials, medical robotics, and clinical instrumentation.
Utilise modern technologies, including AI and machine learning, for healthcare innovation.
Demonstrate ethical and professional responsibility in biomedical engineering practice.
Bridge the gap between engineering and medicine, contributing to advancements in patient care and medical technology.Â
| 1st Semester | ||||
| Description | Frequency | Fee/Course | # of Courses | Total Fee |
| Admission Fee | One-Time | 15,000 | 15,000 | |
| Security Deposit (Refundable) | One-Time | Nil | Nil | |
| Tuition Fee | Per Semester | 13,000 | Per Course | 39,000 |
| Examination Fee | Per Semester | 2,000 | Per Course | 6,000 |
| Registration Fee | Per Semester | 5,000 | 5,000 | |
| Total Fees | 65,000 | |||
