Masters in Biotechnology and Genetic Engineering

Master of Science in Biotechnology and Genetic Engineering

Faculty: Faculty of Life Science

Duration: 1.0-1.5 Years (2-3 Semesters)

Total Credit Hours: 40

CGPA Range: Highest 4.00 – Lowest 2.50

Program Type: Outcome-Based Postgraduate Program

Overview

The Master of Science in Biotechnology and Genetic Engineering (BGE) at Mawlana Bhashani Science and Technology University (MBSTU) is an advanced postgraduate programs designed to promote research excellence, technical mastery, and bio-innovation in the fields of molecular biosciences and engineering.

The program extends over 2-3 semesters (3 for Thesis group and 2 for Non-Thesis group) and consists of 40 credit hours. The MS program emphasizes advanced understanding of biotechnology and their application in diverse fields. Theory courses are offered during the first two semesters, while the third semester is dedicated for thesis work. Non-Thesis group students are offered the opportunity of internship in a biotech industry or research organization. 

Program Majors and Research Areas

Students can specialize or conduct research in any of the following advanced BGE fields:

• Genetic Engineering and Synthetic Biology

• Genomics, Proteomics, and Advanced Bioinformatics

• Plant and Agricultural Biotechnology 

• Medical Biotechnology and Molecular Diagnostics

• Nanobiotechnology and Drug Delivery Systems

Program Outcomes (POs)

Upon successful completion of the M.Sc./M.Engg. in BGE, graduates will be able to:

• PO1: Advanced Knowledge: Demonstrate comprehensive and specialized knowledge of advanced molecular biology, genetic engineering principles, and bioprocess engineering methodologies.

• PO2: Research and Innovation: Formulate, conduct, and present high-quality, original research or project work that contributes to scientific advancement and bio-technological innovation.

• PO3: Technical Proficiency: Apply advanced laboratory techniques, bioinformatics tools, and bioprocess control systems to solve complex life science problems.

• PO4: Problem Solving and Critical Thinking: Analyze complex biological and engineering challenges using scientific reasoning and modeling to propose optimized, novel, and ethically sound solutions.

• PO5: Communication and Leadership: Demonstrate effective scientific communication (written and oral), teamwork, and leadership skills in collaborative research or professional settings.

• PO6: Professional Ethics and Responsibility: Apply bioethical principles, biosafety regulations, and intellectual property standards in biotechnology research and industrial practice.

• PO7: Continuous Learning: Engage in self-directed, lifelong learning, staying current with rapidly emerging technologies in life sciences and the bio-industry.

Expected Graduate Attributes

Graduates of the M.Sc./M.Engg. in BGE program will demonstrate:

• Depth of knowledge in advanced molecular biosciences and engineering principles.

• Research competence in designing, executing, and evaluating novel biotechnological experiments and systems.

• Professional readiness for leadership roles in the pharmaceutical, agricultural, environmental, and industrial biotech sectors.

• Innovation and creativity in developing and applying cutting-edge biological tools to solve societal and industrial problems.

• Global adaptability and commitment to ethical, sustainable, and responsible use of biotechnology.