1. Develop a strong foundation in Molecular Biology, Biochemistry, Genetic Engineering, Molecular Diagnostics and Methods in Biology and their targeted     applications to generate a composite and holistic mind to address the biological complexity at molecular level.
2. Conceptualize the molecular and genetic basis of diseases, immunological concepts, and diverse applications of microbiology in clinical and     industrial platform, methods and techniques for plant propagation and genetic improvement and their applications in scientific as well as industrial     research and development.
3. Understand the basic concepts of computational biology, biochemistry and Recombinant DNA technology to address the current issues and     requirements in the agriculture, medical and environmental sector.
4. Develop skill through an interdisciplinary approach by acquiring, analyzing and interpreting the experimental data following safety, regulatory and     ethical norms associated with biological resources to generate sustainable methods for value addition and proper utilization of bio-resources.

1. Advanced Biotechnological Applications Apply advanced biotechnological principles and modern engineering tools to design and optimize innovative     solutions in healthcare, agriculture, and industrial biotechnology, ensuring sustainable and ethical applications.
2. Research and Innovation in Biotechnology Demonstrate expertise in conducting high-quality research, including experimental design, data analysis,     and interpretation, leading to the development of novel biotechnological products, processes, and therapeutics.
3. Bio-Entrepreneurship and Industry Readiness Develop entrepreneurial skills and industry-specific competencies to translate research into viable     biotechnological products, adhering to regulatory, environmental, and ethical guidelines, while addressing societal needs.