Are you looking to build a strong foundation in Bioinformatics and launch your research career? Join our comprehensive 6-Month Internship Program designed to take you from the basics of sequence analysis to advanced Drug and Vaccine design.

📚 Course Curriculum & Modules
This internship covers 24+12 (project) classes divided into 8 intensive modules, including a dedicated 3-month research project.

Module 1: Fundamentals of Bioinformatics & Sequence Analysis
Build a solid foundation in bioinformatics research. In this module, you will explore the history and scope of the field and master major biological databases like NCBI, PDB, and UniProt. You will learn practical techniques for data retrieval, perform Basic Local Alignment Search Tool (BLAST) analysis for sequence comparison, construct Phylogenetic trees, and design PCR primers using in-silico tools like Primer-BLAST.

Module 2: Structural Bioinformatics (Proteomics)
Dive into the structural world of proteins. This module covers the essentials of proteomics, including secondary structure prediction and Homology Modeling for 3D structure generation. You will learn to validate structures using Ramachandran Plots and get an overview of cutting-edge tools like AlphaFold. Additionally, you will master the techniques of searching research articles to identify disease-specific protein targets.

Module 3: Network Pharmacology
Learn to analyze the complex interactions between drugs and biological systems. This module focuses on Network Pharmacology workflows, including screening disease-related targets and data mining. You will gain hands-on experience in constructing Protein-Protein Interaction (PPI) networks, identifying Hub Genes, and visualizing functional pathways using Cytoscape for comprehensive network analysis.

Module 4: Computational Chemistry (DFT Analysis)
Bridge the gap between chemistry and biology with Density Functional Theory (DFT). You will set up and use tools like Gaussian, ORCA, and GaussView for geometry optimization and thermodynamic analysis. The module includes advanced electronic orbital analysis (HOMO-LUMO calculations), ESP mapping, and the prediction of FT-IR and UV-Vis spectra from log files.

Module 5: Computer-Aided Drug Design (CADD)
Master the art of modern drug discovery. This extensive module covers Drug Repurposing, compound library development, and ligand preparation. You will perform Molecular Docking using AutoDock Vina, PyRx, and CB-DOCK, followed by interaction analysis in PyMOL or Discovery Studio. Finally, you will evaluate drug candidates through ADMET profiling to ensure safety and efficacy.

Module 6: Vaccine Design (Immunoinformatics)
Learn the complete pipeline of Reverse Vaccinology. This module guides you through antigen selection, physicochemical analysis, and Epitope Mapping (T-Cell & B-Cell). You will construct multi-epitope vaccines, perform protein-protein docking with TLR complexes, and validate your design through Immune Response Simulation (C-ImmSim) and In-Silico Cloning using SnapGene.

Module 7: Molecular Dynamics (MD) Simulation
Take your research to the next level by simulating biological systems in real-time. You will learn the theory of Force Fields and Solvation, followed by practical system preparation using GROMACS. The module covers executing simulation command lines and performing rigorous trajectory analysis, including RMSD, RMSF, Rg, SASA, and Hydrogen Bond analysis.

Module 8: Research Project & Career Guidelines
Classes 25 - 36 (3 Months) Apply your skills in a real-world scenario. The final three months are dedicated to a specialized research project in either Drug Design or Vaccine Design. Under expert mentorship, you will select a topic, conduct research, and learn the step-by-step process of Scientific Paper Writing, preparing you for publication and a career in research.

📞 Contact Information
For any queries, please feel free to reach out:
📱 Mobile/WhatsApp: +8801517831136
📧 Email: [email protected]