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M.Sc. Biotechnology

Master of Science in Biotechnology

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About M.Sc. Biotechnology

The Master of Science in Biotechnology program at Tribhuvan University offers an advanced curriculum spanning science, business, and law. This two-year program covers molecular and traditional biotechnology, integrating diverse subjects like Engineering, Chemistry, Microbiology, Genetics, and more. With four semesters, the program provides a holistic understanding of product development and requires full-time study of sixty-four hours to successfully complete.

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Objectives

  • Provide comprehensive understanding of fundamental and advanced biotechnological concepts.
  • Equip students to address both theoretical and practical biotechnological challenges.
  • Foster engagement in research endeavors.
  • Cultivate innovative thinking and ethical awareness in biotechnology, nurturing graduates for successful careers in the field and related domains.

Admission Requirements

Students interested in pursuing the M.Sc. in Biotechnology program should have Bachelor degree in Science with biological science and chemistry and a bachelor degree in Biochemistry, Agricultural Science, Biotechnology, Medical Lab, Medicine, Medical Lab Technology, Environmental Science (with Biological science and Chemistry) and Food Technology. Applicants must have to secure minimum of fifty percent marks. Applicants who fulfill these criteria are allowed to sit in the entrance exam.

Career and Scope

The Master of Science (MSc) in Biotechnology program offers graduates a versatile skill set that opens doors to diverse and promising career paths. With expertise in areas such as bioinformatics, gene regulation, drug discovery, and biomedical engineering, graduates are well-equipped to pursue roles across research, academia, and industries specializing in biotechnological products. While Nepal's biotechnology sector is currently nascent, it is rapidly expanding, promising ample job opportunities in the near future. As biotechnology continues to grow in importance in everyday life, graduates can anticipate flourishing prospects both domestically and internationally. They can contribute to cutting-edge research in genetic engineering, synthetic biology, and bioinformatics within universities, research institutes, and government agencies. In industry, they may find themselves at the forefront of biopharmaceutical development, agricultural biotech innovations, and environmental biotechnology solutions. The skills acquired during the MSc program not only prepare graduates for local opportunities but also enhance their competitiveness in the global job market, making them valuable assets in advancing biotechnological advancements worldwide.

Curriculum

Code

Course

Credits

BT 511

Cell Biology and Genetics

3

BT 512

Molecular Biology

3

BT 513

Molecular Biochemistry

2

BT 514

Microbiology

3

BT 515

Bioprocess &Biochem. Technology

3

Practical Courses (L) (40% internal)

BT 511L

Cell Biology and Genetics

1

BT 512L

Molecular Biology

1

BT 513L

Biochemistry

1

BT514L

Microbiology

1

BT 515L

Bioprocess & BT

1

Code

Course

Credits

BT 521

Genetic Engineering

2

BT 522

Immunology and immunotechnology

3

BT 523

Plant Biotechnology

3

BT 524

Bioinformatics

2

BT 525

Biophysical Chemistry

2

BT 526

Metabolic Biochemistry metabolites

2

Practical Courses (L) (40% internal)

BT 521L

Genetic engineering

1

BT 522L

Immunology

1

BT 523L

Plant biotechnology

1

BT524L

Bioinformatics

1

BT 526L

Metabolic Biochemistry metabolites

1