B.Sc Program Outcomes

Program Outcome (B.Sc. Biotechnology)

  • 🧬PO1: Students will comprehend the fundamental concepts of biotechnology, including interdisciplinary knowledge in cell biology, genetics, biochemistry, microbiology, and molecular biology.
  • 🧬PO2: Students will apply advanced biotechnological concepts to solve problems in genomics, proteomics, stem cell biology, DNA technology, and biochemistry.
  • 🧬PO3: Subject knowledge will be enriched using both traditional and modern ICT-based teaching methods.
  • 🧬PO4: Students will acquire interdisciplinary skills including understanding cell biology, genetics, and molecular biology.
  • 🧬PO5: Equipped with advanced modern techniques and an appreciation for nature care.
  • 🧬PO6: Technological know-how will be enhanced by connecting disciplines.
  • 🧬PO7: Knowledge applicable to biotechnology industries and research settings.
  • 🧬PO8: Understanding of stereochemistry and molecular representations.
  • 🧬PO9: Grasp of fluid mechanics, optics, and surface tension through multiple methodologies.
  • 🧬PO10: Understand parasites in health and classification/construction of animal systems.

Program Outcome (B.Sc. Microbiology)

  • 🔬PO1: Acquire a thorough understanding of microbiology including microbial physiology, genetics, immunology, and pathogenicity.
  • 🔬PO2: Develop microbiological techniques like culturing, staining, microscopy, and testing.
  • 🔬PO3: Analyze and interpret scientific data in microbial research.
  • 🔬PO4: Design and conduct independent research projects.
  • 🔬PO5: Apply critical thinking to complex microbiological issues.
  • 🔬PO6: Communicate scientific findings effectively.
  • 🔬PO7: Collaborate in lab/research teams with leadership and communication skills.
  • 🔬PO8: Follow ethical standards in bioethics and biosafety.
  • 🔬PO9: Integrate knowledge from related disciplines for microbial insights.
  • 🔬PO10: Commit to continuous education in microbiology.

Program Outcome (B.Sc. Chemistry)

  • PO1: Understand basic biological, physical, chemical, and mathematical principles.
  • PO2: Use foundational knowledge for further academic growth.
  • PO3: Practice professional ethics including honesty and responsibility.
  • PO4: Develop strong analytical and problem-solving abilities.
  • PO5: Operate and interpret scientific instruments data effectively.
  • PO6: Gain quantitative and analytical skills through hands-on practice.
  • PO7: Understand atomic models, electronic configurations, and trends.
  • PO8: Draw structures and geometries using theories and MO diagrams.
  • PO9: Rationalize conductivity via band theory.
  • PO10: Enhance report writing and presentation skills.
  • PO11: Develop teamwork, numeracy, IT, and organizational competence.