1. To train students to develop knowledge-based, innovative solutions to address pressing global challenges in healthcare, agriculture, environment, and industry
2. To foster independent and critical thinking by engaging students in the development of novel processes, products, and technologies.
3. To promote interdisciplinary and collaborative research by integrating life sciences with computational, physical, and chemical sciences, thereby encouraging teamwork, creativity, and translational outcomes.
4. To provide a student-centric teaching-learning environment through experiential learning, laboratory exposure, fieldwork, and industry-academia interfaces.