Programme Objectives

• ✓ To provide a strong foundation in cell biology, genetics, molecular biology, biochemistry and microbiology.
• ✓ To develop practical laboratory skills in modern biotechnological tools and techniques.
• ✓ To impart knowledge of genetic engineering, bioinformatics, immunology and industrial biotechnology.
• ✓ To enhance analytical, problem-solving and research capabilities through scientific investigations.
• ✓ To prepare students for careers in biotechnology, pharmaceuticals, healthcare, agriculture and research sectors.
• ✓ To encourage innovation, entrepreneurship and sustainable applications of biotechnology.
• ✓ To develop ethical values and professional responsibility in scientific research and biotechnology practice.

Programme Outcomes

• ✓ Demonstrate comprehensive knowledge of biotechnology, genetics, molecular biology, microbiology and bioinformatics.
• ✓ Apply modern laboratory techniques, analytical tools, software and scientific equipment effectively.
• ✓ Design, perform and interpret experiments to solve problems in biotechnology and allied sciences.
• ✓ Analyze biological data and apply biotechnology tools for industrial, environmental and medical applications.
• ✓ Work effectively as an individual and as part of a multidisciplinary scientific team.
• ✓ Demonstrate awareness of bioethics, intellectual property rights and professional standards in biotechnology.
• ✓ Pursue higher education, research, entrepreneurship and careers in biotechnology, healthcare, pharmaceuticals and related industries.

Attendance Requirements

• Students must maintain the minimum attendance prescribed by the University.
• Regular participation in lectures, laboratory sessions, seminars and practical training is mandatory.
• Failure to meet attendance requirements may affect eligibility for examinations and practical assessments.

Assessment & Evaluation

• Assessment includes internal evaluation, assignments, laboratory work, practical examinations and end-semester examinations.
• Project reports, presentations and research-based activities may form part of continuous assessment.
• Students must successfully complete both theory and practical components of the programme.

Laboratory & Research Training

• Students are expected to actively participate in laboratory experiments and biotechnology practical sessions.
• Proper maintenance of laboratory records and adherence to laboratory safety protocols is mandatory.
• Research projects, data analysis and scientific reporting are important components of the programme.

Progression & Completion

• Students must successfully complete all coursework, practicals, projects and examinations prescribed in the curriculum.
• Promotion to higher semesters shall be governed by University regulations.
• The degree will be awarded upon successful completion of all academic requirements and credit obligations.