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Programme Details

Bachelor Of Science In Bio- Informatics

B.Sc. Bio-Informatics or Bachelor of Science in Bio-informatics is an Under-Graduate Bio-informatics Science course. Bioinformatics is the integration and application of information technology in the biological sciences, especially molecular biology. The Bio-Informatics degree programme combines the study of biochemistry and molecular biology with information technology.

Duration: 3 Years Eligibility: 50% (45% for SC/ST) Marks in 10+2 Department: Department of Biotechnology

Programme Overview

Programme Code BSB-021
Programme Type Graduate Programme
Department Department of Biotechnology
Duration 3 Years
Fee Per Year 35000
Eligibility 50% (45% for SC/ST) Marks in 10+2

Career Path

  • Application Support Specialist
  • Bio-Analyst
  • Bioinformatics Trainer / Bioinformatics Programmer & Analyst
  • Clinical Pharmacologist / Computational Chemist
  • Database Design & Maintenance Expert
  • Informatics Developer
  • Pharmacovigilance Associate
  • Research Associate
  • Sequence Analyst

Programme Outcomes

  • Biological Data Analysis
    Ability to analyze biological data such as DNA, RNA, and protein sequences using computational tools.
  • Molecular Biology Understanding
    Develop knowledge of genetics, molecular biology, and cellular processes.
  • Computational Skills
    Apply programming and software tools for biological data processing and analysis.
  • Genomics & Proteomics Knowledge
    Understand genome sequencing and protein structure analysis techniques.
  • Database Management
    Manage and interpret biological databases efficiently.
  • Statistical Analysis
    Use statistical methods for biological research and data interpretation.
  • Research Skills Development
    Perform scientific research and experimental data analysis.
  • Problem Solving Ability
    Solve complex biological problems using computational approaches.
  • Drug Discovery Concepts
    Understand bioinformatics applications in pharmaceutical and drug development.
  • Interdisciplinary Knowledge
    Integrate biology, computer science, and mathematics for scientific solutions.
  • Bioinformatics Software Usage
    Work effectively with modern bioinformatics tools and platforms.
  • Professional & Ethical Practices
    Demonstrate ethical responsibility and professionalism in scientific research.
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