BS Molecular Medicine
The BS Molecular Medicine programme was launched in 2022 to meet the growing demand for specialised education in this field of medical research. This programme at Ziauddin University presents a distinctive opportunity for aspiring scientists to explore the future of healthcare. Recognised as “tomorrow’s medicine,” Molecular Medicine is an advancing field that focuses on comprehending diseases at a molecular and genetic level, revolutionising diagnostic and therapeutic approaches. This programme is designed to inspire and equip curious minds with both theoretical knowledge and practical research experience. By integrating diverse branches of medical sciences, this interdisciplinary course enables students to develop a thorough understanding of disease processes at the molecular level. This integrated approach fosters the creation of innovative diagnostic and therapeutic techniques, ensuring that our graduates remain at the forefront of medical progress. The curriculum covers essential topics in basic and pre-clinical sciences, including Molecular Genetics, Cellular and Molecular Biology, Microbiology, Molecular Pathology, Physiology, Immunology, Cancer Biology, Biotechnology, Proteomics, Regenerative Medicine, Stem Cell Therapy, Molecular Pharmacology, and Bioinformatics. This comprehensive curriculum bridges the gap between fundamental science and clinical application, emphasising the close relationship between Molecular Medicine and broader medical fields. By choosing the BS in Molecular Medicine at Ziauddin University, students join a dynamic community committed to excellence in research and education. This programme not only offers a pathway to a fulfilling career but also empowers students to make significant contributions to global healthcare. Join us on this journey and become part of the next generation of pioneers in medical science research.
To produce scholars with in depth knowledge of molecular genetic mechanisms of the diseases for enhancement of diagnostic and therapeutic approaches relevant to patient care and research.
- To produce scholars with in-depth knowledge of molecular genetic mechanisms of diseases and an in-depth understanding of disease processes with a diagnostic and therapeutic approach.
- To acquire various molecular and cell biology skills fundamental to the analysis and manipulation of biomolecules in order to improve diagnosis, treatment, and prevention of diseases.
Upon completion of the programme, students will be able to:
- Identify key concepts in cellular and molecular biology and molecular pathology with its application in developing molecular interventions of diseases.
- Employ a systemic approach to plan, collect, process and analyse data and related information in research.
- Develop awareness of the ethical dimensions of research.
- Develop technical skills in basic research to impact translational and clinical research.
- Develop oral and written communication skills and demonstrate the ability to interact and work effectively with others.
- Update one’s own knowledge and skills in line with the changing evidence-based practice in medicine to contribute effectively.
A combination of didactic and interactive lectures, group discussion, research projects, literature review, self-directed learning, written homework assignments, laboratory-based sessions, presentation-based learning, hands-on practice, site visits and discussion.
BS programme is divided into four academic years based on HEC guidelines. Total numbers of 132 credit hours comprising of general education courses, subject specific major courses, and interdisciplinary/allied courses. Students will be required to undergo field experience/internships and capstone projects for practical learning requirements. Following is the breakdown of courses semester wise:
Pakistan Studies (3+0)
Functional English (3+0)
Elementary Math (3+0)
Introduction to Human Biology (3+0)
Cell and Molecular Biology (2+1)
Fundamentals of Genetics (3+0)
Total: 18 cr hr
Academic Reading and Writing (3+0)
Biostatistics (3+0)
Islamic Studies (3+0)
Biochemistry I (2+1)
Anatomy (3+0)
Physiology (2+1)
Total: 18 cr hr
Technical and Professional Writing (3+0))
History of South Asia (3+0)
Fundamentals of Economics (3+0)
Biochemistry II (3+0)
Molecular Pathology I (3+0)
Introduction to Molecular Medicine (3+0)
Total: 18 cr hr
Information & Communication Technologies (3 cr hr)
Entrepreneurship (3 cr hr)
Civic and Community Engagement (3 cr hr)
Molecular Pathology II (3+0)
Microbiology (2+1)
Immunology (3+0)
Total: 18 cr hr
Fundamentals of Pharmacology (3+0)
Fundamentals of Biotechnology (3+0)
Research Methodology (3+0)
Techniques in Molecular Biology (2+1)
Advanced Research Techniques (2+1)
Total: 15 cr hr
Bioinformatics & Computational Biology (2+1)
Biosafety and Bioethics (3+0)
Virology (3+0)
Gene Therapy and Genetic engineering (2+1)
Stem cell and Regenerative Medicine (2+1)
Total: 15 cr hr
Genomics (2+1)
Proteomics (2+1)
Molecular Oncology (3+0)
Endocrinology and Metabolic Disorders (3+0)
Animal Sciences (2+1)
Total: 15 cr hr
Clinical Pathology I (Laboratory diagnostics) (2+1)
Clinical Pathology II (Laboratory diagnostics) (2+1)
Precision medicine (3+0)
Field Experience (Internship) (3 cr hr)
Capstone Project (3 cr hr)
Total: 15 cr hr
Total credit hours: 132
- Research/Biomedical Scientist: Working in laboratories to conduct experiments and develop new scientific knowledge in medicine.
- Clinical Research Coordinator: Managing clinical trials and studies to test new treatments and drugs.
- Regulatory Affairs Specialist: Ensuring that scientific products and medicines meet all regulatory requirements and guidelines.
- Quality Assurance Analyst: Maintaining standards and compliance in biotech and pharmaceutical production processes.
- Academic roles: Teaching and mentoring students in universities and contributing to scholarly research.
- Scientific Journalism/Writer: Communicating scientific information to the public, writing for scientific journals, magazines, and online platforms.
- Forensic Scientist: Applying molecular techniques in forensic investigations to analyse biological samples, aiding in legal and criminal cases.
- Clinical Laboratory Technologist: Performing complex tests in medical laboratories to aid in the diagnosis and treatment of diseases.
- Sales and Marketing in Biotech/Pharma: Promoting and selling advanced scientific products and technologies, requiring a strong understanding of molecular medicine.
- Environmental Scientist: Applying molecular techniques to address environmental issues, such as pollution control and sustainable practices.
- MPhil and Ph.D. in Molecular Medicine: BS graduates aspiring for higher education in the field of molecular medicine continue their academic journey by enrolling in MPhil. And Ph.D. programs.
Candidates who have completed their Higher Secondary School Certificate (Intermediate pre-medical) or A Levels with a minimum aggregate of 50%marks
The final selection is based on a combination of the candidate’s SSC Score, HSSC Score, Ziauddin University Admission Test/MDCAT Score, and an interview.
Description | Per Semester |
Application Fee | 5,000 |
Admission Fee | 50,000 |
Tuition Fee | 120,000/per semester |
Examination Fee | 10,000/per semester |
Library Fee | 5,000/per semester |
Lab Charges | 5,000/per semester |
Note: Any additional taxes imposed by the government will be the liability of the students/ parents/ guardian.
The University reserves the right to increase the fees if required according to the recommendation of the governing body.
Advanced fees to be paid semester wise. All dues need to be cleared within two weeks of commencement of the academic year. 2% surcharge per month will be levied on outstanding fees after the due date.
