FOUNDATION 01
Biological Foundations
Understand the molecules and systems behind every dataset.
- Molecular biology
- Genetics
- Genomics
- DNA, RNA and proteins
BIOINFORMATIX LEARNING MAP
Your Roadmap to Bioinformatics
Explore the skills, technologies, analysis workflows and specializations that shape modern bioinformatics.
- Beginner friendly
- Project focused
- Career connected
DNA
Data
Analysis
Insight
YOU ARE HERE
Where are you in your learning journey?
Foundations and free starting points are highlighted.
BUILD YOUR BASE
Three foundations. One connected skill set.
A strong bioinformatics roadmap brings biology, computing and data reasoning together. Learn each foundation in parallel, then combine them through real analyses.
FOUNDATION 02
Computational Foundations
Work confidently with code, servers and reproducible tools.
- Linux
- Bash
- Python
- R
- Git
FOUNDATION 03
Data and Statistical Foundations
Measure uncertainty, find patterns and communicate results.
- Statistics
- Data visualization
- Experimental design
- R for bioinformatics
CENTRAL STATION
Core Bioinformatics
This is where foundational knowledge becomes practical bioinformatics skills. Learn how biological data is stored, processed, analyzed and documented.
Recommended Course Beginner to Master ProjectsCOREBIO
Biological
databases
databases
Sequence
analysis
analysis
Python
+ R
+ R
Linux
+ Bash
+ Bash
Statistics +
visualization
visualization
Git +
workflows
workflows
DATA FORMATS
- FASTA
- FASTQ
- SAM/BAM
- VCF
CHOOSE YOUR BRANCH
Explore the bioinformatics ecosystem
You do not need to master every branch. Follow the questions, datasets and methods that fit your research goals or bioinformatics career path.
Turn raw sequencing reads into assembled, annotated and interpreted genomes.
- Next-generation sequencing
- Quality control
- Read alignment
- Genome assembly
- Genome annotation
- Variant calling
- WGS/WES
Measure gene expression from bulk tissue through single-cell resolution.
- RNA-Seq
- Differential expression
- Advanced transcriptomics
- lncRNA
- miRNA
- PSI-Seq
- Single-cell RNA-Seq
Study chromatin, transcription-factor binding and the control of gene activity.
- ChIP-Seq
- ATAC-Seq
- scATAC-Seq
- Chromatin accessibility
- Regulatory genomics
Analyze microbial genomes, communities and resistance signals.
- Microbial genomics
- Metagenomics
- Microbiome analysis
- AMR detection
Connect protein sequence and evolution to structure, function and proteomics.
- Protein sequence analysis
- Functional annotation
- Domains and motifs
- Phylogenetics
- Structure prediction
- AlphaFold
- Proteomics
Investigate plant genomes, gene families and evolutionary relationships.
- Plant genomics
- Gene family identification
- Motif/domain analysis
- Gene structure
- Evolutionary analysis
- Functional enrichment
Apply machine learning in bioinformatics and build intelligent tools for biological data.
- Machine learning
- Biological data modeling
- Generative AI
- LLM-assisted bioinformatics
- Bioinformatics software development
GUIDED ROUTES
Prefer a Structured Learning Path?
Choose a curated sequence that connects related branches, tools and projects.
FOUNDATION ROUTEBioinformatics Foundations BundleBiology + Python + Linux + R
ANALYST ROUTENGS & Transcriptomics Analyst BundleNGS + RNA-Seq + single-cell
GENOME ROUTEGenomics & Microbial Analysis BundleAssembly + metagenomics + AMR
REGULATORY ROUTEEpigenomics & Regulatory Genomics BundleChIP-Seq + ATAC-Seq + chromatin
AI ROUTEAI for Bioinformatics BundleMachine learning + generative AI + development
COMPLETE PATHWAYPROFESSIONAL ROUTEBioinformatics Certification ProgramFull curriculum from foundations to career-ready projects
ZERO-COST ENTRY
Start Here for Free
New to the field? Follow this sequence to discover how to learn bioinformatics, understand biological data and gain your first practical command-line skill.
-
01DISCOVER THE FIELD
Roadmap to Bioinformatics: A Beginner’s Guide to Careers, Skills & Learning Path
Begin free course -
02UNDERSTAND BIOLOGICAL DATA
Introduction to Biological Databases for Bioinformatics
Begin free course -
03LEARN THE COMMAND LINE
Linux Command Line Essentials for Bioinformatics
Begin free course
ALL BRANCHES RECONNECT
Real-World Projects
Move from lessons to evidence. Build complete workflows using public datasets, document decisions, create publication-quality figures and share reproducible work through Git.
- Analyze public datasets
- Reproduce published studies
- Document workflows
- Build a focused portfolio
DESTINATION
Bioinformatics Careers
Your projects, specialization and communication skills shape the roles you can pursue.
- 01Bioinformatics Analyst
- 02NGS Data Analyst
- 03Computational Biologist
- 04Genomics Scientist
- 05Transcriptomics Analyst
- 06Research Scientist
- 07Bioinformatics Developer
- 08Computational Genomics Researcher
YOUR NEXT MOVE
Choose How Far You Want to Go
Start with a single topic, build a focused skill set or follow the complete BioInformatix curriculum.
