Our Trainings & Courses
Master bioinformatics with hands-on courses designed by industry experts
Genome Annotation
Learn genome sequencing, assembly, and annotation workflows to turn raw DNA sequences into meaningful biological insights.
Transcriptomics & Expression Analysis
Master RNA-Seq and single-cell transcriptomics workflows to uncover regulatory mechanisms and biomarkers.
Drug Designing & Molecular Docking
Explore computational drug discovery pipelines from target identification to lead compound optimization.
Nanoinformatics
Understand computational strategies to study nanoparticle properties, toxicity, and applications in drug delivery.
Vaccine Designing (Immunoinformatics)
Learn immunoinformatics approaches to epitope prediction, vaccine construct design, and immune simulations.
Artificial Neural Networks in Bioinformatics
Gain practical skills in applying artificial neural networks to biological datasets for predictive modeling.
Convolutional Neural Networks in Bioinformatics
Specialized deep learning with CNNs for biological sequences, structural data, and biomedical imaging.
Mathematical Modeling in Bioinformatics
Simulate biological systems using deterministic, stochastic, and agent-based mathematical models.
WGS Data Analysis
Perform comprehensive whole genome sequencing analysis from raw reads to variant interpretation.
Mutational Analysis
Detect, annotate, and interpret somatic and germline mutations using bioinformatics pipelines.
NGS Data Analysis
Understand and perform next-generation sequencing (NGS) workflows from data preprocessing to variant analysis.
RNA Sequencing
Execute RNA-seq data analysis pipelines including alignment, normalization, and expression quantification.
Molecular Dynamics Simulation (GROMACS & AMBER)
Perform molecular dynamics simulations using GROMACS and AMBER for biomolecular systems.
Primer Designing
Learn in-silico primer designing techniques for PCR, qPCR, and sequencing applications.
Molecular Pipeline Building
Develop end-to-end bioinformatics pipelines integrating multiple molecular biology analyses.
In-silico CRISPR-Cas Design
Learn to design CRISPR guide RNAs, off-target predictions, and validation using in-silico approaches.
Secondary Metabolite Production
Explore computational prediction and modeling of secondary metabolite biosynthetic pathways.
In-silico Antibody Design & Humanization
Design antibodies computationally, optimize binding, and perform humanization modeling.
DFT & Quantum Chemistry for Bioinformatics
Apply Density Functional Theory (DFT) and quantum mechanics for biomolecular structure and reactivity analysis.
Comparative Genomics & Phylogenetic Analysis
Perform comparative genomics and phylogenetic tree construction to explore evolutionary relationships.
Drug-Protein Docking & Virtual Screening
Perform molecular docking and virtual screening using AutoDock Vina, PyRx, and SwissDock.
Structural Bioinformatics
Analyze protein 3D structures, visualize molecular interactions, and predict stability and dynamics.
Proteomics Data Analysis
Learn mass spectrometry-based proteomics analysis including peptide identification and quantification.
Metagenomics
Perform microbial community profiling and diversity analysis from metagenomic datasets.
Epigenomics & DNA Methylation Analysis
Explore methylation and histone modification datasets for epigenetic regulation analysis.
Machine Learning for Bioinformatics
Apply supervised and unsupervised learning for biological data prediction and classification.
Systems Biology & Pathway Modeling
Model cellular systems and biological networks using computational simulations.
Cheminformatics & Molecular Descriptor Analysis
Learn molecular descriptor generation, QSAR modeling, and compound property prediction.
Molecular Docking & Dynamics Integration
Integrate docking and MD simulation workflows for high-accuracy ligand–receptor analysis.
Basic Bioinformatics
Introductory concepts, databases, sequence analysis basics
CV & Resume Writing
Guidance for academic & research CVs
EndNote
Reference management & citation formatting
Mendeley
Reference manager, collaborative research
Primer Designing
PCR primer design, tools, validation
Sequence Submission
Submission to NCBI, ENA, or GenBank
Whole Genome Sequence Submission
Guidance for submitting complete genomes
NGS Data Analysis
RNA-seq, variant calling, QC
WGS Data Analysis
Whole genome sequence analysis, annotation
Mutational Analysis
SNPs, indels, variant interpretation
miRNA & lncRNA Prediction & Analysis
Functional prediction, target analysis
Comparative Genomics & Phylogenetic Analysis
Phylogenetic tree, gene conservation, evolutionary studies
Molecular Pipeline
Custom molecular pipelines for research projects
MD Simulation (GROMACS, AMBER)
Molecular dynamics simulation, analysis & visualization
Protein Structure Prediction
Homology modeling, structure validation, visualization
In Silico CRISPR-Cas Design
Guide RNA design, off-target prediction
In Silico Antibodies Design & Humanization
Antibody modeling, humanization, validation
Secondary Metabolites Prediction
Biosynthetic gene clusters, metabolite analysis
Density Functional Theory (DFT)
Quantum mechanics, DFT principles, applications
Network Pharmacology
Drug-target networks, pathway enrichment
PAN Genome Analysis (Online, Code)
Comparative genomics, pan-genome pipelines
RNA-Seq
Transcriptome analysis, differential expression