Program Overview

B.Sc.(Hons.) Biomedical Sciences

From the early years of the discovery of antibiotics and vaccines, advances in medicine using biomedical technologies have achieved several breakthroughs in recent years such as personalized gene-editing with CRISPR-Cas, individualized health monitoring using human microbiome, and development of novel mRNA based vaccines against COVID-19 pandemic. With all of these shining examples, one could probably wonder: how genomic technologies contributed to these advancements, and more importantly, what can further be achieved from the perspective of human health using biomedical sciences?

B.Sc. (Hons.) Biomedical Sciences in the Institute of Advanced Research is a three-year (6 semester) graduate-level interdisciplinary course that provides students a fundamental understanding of the field and also enables them to apply the concepts in various advanced areas of biomedical sciences. In the first year of this course, a variety of core subjects enable students to have a glimpse of the introductory topics such as fundamentals of chemistry relevant to biology and medicine, microbiology, human anatomy and physiology, and fundamentals of biological data analysis. In the second year, the students would learn more advanced subjects relevant to the field of biomedical sciences such as genomics and proteomics, recombinant DNA technology, bioinformatics, etc. In addition, the students will get hands-on experiences with a variety of applied courses such as computer-aided drug design, microbial diagnosis in health clinics, pathological basis of diseases, etc under the skill enhancement courses. The third year will have subjects that are highly specialized including courses like tools and model organisms in biomedical research, pharmacology, toxicology, human genetics, etc as part of the discipline-specific electives. The last semester of this course will be dedicated to research projects with internship opportunities in the industry and academia.

Eligibility

Sr. Secondary (10+2) with Biology as a main subject or PCB.

Selection Process

The admission is based on merit.

After the program

Higher Studies

Jobs/ Employment

Structure of Program

Total Program Credits: 140

Subject Category Subject Codes Credit
C1 Biochemistry BT201 4
C1 Biochemistry -Practical BT201P 2
C2 General Microbiology BT202 4
C2 General Microbiology-Practical BT202P 2
AECC1 English communication ENG101 2
C3 Fundamental Chemistry CH201 4
C3 Fundamental Chemistry -Practical CH201P 2
Subject CategorySubjectCodesCredit
C4Human Anatomy & Physiology – IBMS2014
C4Human Anatomy & Physiology – I- PracticalBMS201P2
C5Biomathematics and BiostatisticsBT4074
C5Biomathematics and Biostatistics-PracticalBT407P2
AECC2Environmental ScienceENV1012
C6Medical MicrobiologyMIC4034
C6Medical Microbiology-PracticalMIC403P2
SECSEC1(Haematological Techniques)BMS1032
Subject CategorySubjectCodesCredit
C7Cell BiologyBT3024
C7Cell Biology-PracticalBT302P2
C8Molecular BiologyBT3014
C8Molecular Biology-PracticalBT301P2
C9Human Anatomy & Physiology – IIBMS3014
C9Human Anatomy & Physiology – II- PracticalBMS301P2
C10GeneticsBT3044
C10Genetics-PracticalBT304P2
Subject CategorySubjectCodesCredit
C10ImmunologyBT4014
C10Immunology-PracticalBT401P2
C11Recombinant DNA TechnologyBT3054
C11Recombinant DNA Technology-PracticalBT305P2
SECSEC2 (Histological Techniques)BMS1042
GEGE1(Parasitology)BMS1012
DSEDSE1 (Genomics and Proteomics)BT4054
DSEGenomics and Proteomics-PracticalBT405P2
Subject Category Subject Codes Credit
C13 Bioinformatics BT402 4
C13 Bioinformatics-Practical BT402P 2
C14 Tools and Model Organisms in Biomedical Research BMS501 4
C14 Tools and Model Organisms in Biomedical Research-Practical BMS501P 2
DSE DSE2 (Medicinal Chemistry) BMS101 4
DSE DSE2 (Medicinal Chemistry)-Practical BMS101P 2
DSE DSE3 (Medical Biochemistry) BMS104 4
DSE DSE3 (Medical Biochemistry)-Practical BMS104P 2
GE GE2 (Human Genetics) BMS102 2
Subject CategorySubjectCodesCredit
InternshipApprenticeship/ internship/Training/Project workAITP 60126