B.Sc. Bioinformatics
     Courses:
Starting with fundamentals in Maths, Computers and Biology, the course then progresses with fundamentals of Computer languages like C, JAVA, Python, PERL, Database System and essential techniques in Biochemistry, Microbiology, Virology and then covers the major advanced subjects like Computational Molecular Biology, Chemo-informatics, Phylogeny Genomics, and Proteomics.

     Duration:
03 Years (06 Semesters)

     Eligibility:
Student having a 10 + 2 exam in science with 50% marks from any recognized Divisional Board

     Admission:
Direct admission on merit basis.

     Key Features:
What Bioinformatician do?
  • Increase the understanding of biological processes through computers.
  • Creation of biological databases and algorithms.
  • Development of newer drugs using molecular modeling, structural databases.
  • Focuses on gene-gene, gene-protein and protein-protein interactions.

  • What are we offering?
  • Thorough knowledge in fundamentals.
  • Research oriented learning.
  • Expertise in handling and developing softwares.
  • Well furnished laboratories with 24 hours internet facility.

  • How do we teach?
  • Practical based knowledge sharing.
  • Modern teaching methodologies.
  • Instrument handling.
  • Special attention to weak students.
  • Research projects, seminars.

  • What are we looking for?
  • Good learning approaches
  • Developing research aptitude.
  • To evolve students for current challenges of the society.
  • To inculcate significant values to be as good human being.

  • After Deogiri Biotech
  • Placements in the pharmaceutical and biotechnology companies as well as IT Industries .
  • Employment in the companies in information and communication services.
  • Scope in the public and private research laboratories.

  •      B.Sc. Bioinformatics Course Structure

    Semester I Semester II Semester III Semester IV Semester V Semester VI
    I- Basic Biophysics-I VII- Basic Biophysics-II XIII- Biomolecules XIX- Metabolism XXV- RDT & Molecular Genetics XXXI- Introduction to Python & R
    II- Fundamentals of Biology-I VIII- Fundamentals of Biology-II XIV- Database Management System XX- Introduction to Data Structure & Algorithm XXVI- Immunology XXXII- Genomes to drug and vaccine
    III- Basic chemistry-I IX- Basic Chemistry-II XV- Molecular structures & Enzyme Kinetics XXI- Central Dogma XXVII- Gene Expression & Flow processing XXXIII- Algorithms for bioinformatics
    IV- Basic Mathematics & Statistics-I X- Basic Math & Statistics-II XVI- Basic Techniques in Biology XXII- Advanced JAVA XXVIII- Bioinformatics methods XXXIV- Structural bioinformatics
    V- Basics of Computers XI- Programming in C XVII- OOPs using JAVA XXIII- Introduction to chemoinformatics XXIX- Introduction to LINUX XXXV- Object oriented and relational databases
    VI- Introduction to Cell Biology XII- I ntroduction to Genetics XVIII- I ntroduction to Bioinformatics XXIV- Genomics & Proteomics XXX- Introduction to PERL & Julia Major Project

    Click here for Details Syllabus