Bioinformatics Training Online & Internship Program

  Course Price Starting at: 1,999

Professional Trainers | 100% Online | Hands-on Learning

What is Bioinformatics?

Bioinformatics merges biology and computing to interpret complex biological data, such as DNA sequences and protein structures. As modern sequencing generates vast amounts of data, bioinformatics has become crucial in research and analysis. Tezzonix offers online bioinformatics training that allows students and professionals to develop practical skills flexibly, without disrupting their studies or work. Our live online classes focus on guided learning and hands-on exercises using real biological datasets, preparing learners for academic and professional success. 

What It Involves

Bioinformatics combines biology, computing, and statistics to analyze biological data. This can include working with sequencing reads, identifying genetic variants, comparing genomes, studying microbial communities, and exploring protein-related data.

Why Online Training Works

Bioinformatics Online classes gives you the flexibility to learn bioinformatics alongside your studies or work. With live sessions, guided exercises, and mentor support, you can build practical skills without needing to relocate.

Where It's Used

Bioinformatics is used across many areas of life sciences, including genomics, cancer research, precision medicine, microbiome studies, agricultural biotechnology, drug discovery, and vaccine research.

Learn from an industry practitioner

Trainers Who Define a Real Impact in Your Career

20+ Years Experience

Anoop Alex, PhD

Visiting Scientist

A biologist with 20+ years of experience trained in Agile standards, enabling faster, structured, and efficient scientific delivery — without compromising research quality. This approach is designed to make learners feel confident and equipped to handle complex scientific projects.

Professional Expertise

WHO IS THIS COURSE FOR 

Is This Course Right for You?

This program  is built for anyone entering, working in, or advancing within the bioinformatics and genomics ecosystem.

Undergraduate and postgraduate life-science students

Students from Biotechnology, Microbiology, Genetics, Molecular Biology, Zoology, Botany, Biochemistry, and Biomedical Sciences

MSc and PhD aspirants preparing for programs in Bioinformatics, Genomics, Computational Biology, or Biological Data Science

Wet-lab researchers who want to understand how sequencing data is viewed and prepared for analysis

Research assistants and project students working with DNA/RNA sequence data

Learners interested in progressing to Next-Generation Sequencing (NGS), Genomics, and Computational Biology

Bioinformatics Courses

From Biological Foundations to AI-Powered Research

Sanger Sequencing, Quality Assessment and Sequence Preparation

Bioinformatics Foundations

Level 1

Sequencing Technologies, Data Formats and Quality Concepts

NGS Foundations

Level 2

Linux, FASTQ Quality Control and Read Processing

NGS Data Preparation

Level 3

Alignment, BAM Processing and Variant Fundamentals

NGS Genomic Analysis

Level 4

From Raw Reads to Differential Gene Expression

RNA-seq Data Analysis

Level 5

16S Amplicon Sequencing and Community Analysis

Microbiome Bioinformatics

Level 6

Somatic Variant Analysis and Biological Interpretation

Cancer Genomics

Level 7

Reproducible Analysis, Scientific Reporting and Portfolio Development

+ Internship

Advanced NGS Capstone Project

Level 8

8+ SPECIALIZATIONS AVAILABLE

Looking for a different bioinformatics specialization?

We offer specialized training across genomics, proteomics, clinical bioinformatics, machine learning for biology, and more tailored for researchers, biotech professionals, and life sciences graduates at every level. Share your background and goals now, and our academic team will recommend the right course path and batch schedule for you

Proteomics & Structural Biology

Clinical Genomics

AI in Drug Discovery

Single-Cell Analysis

+ More track

Get your personalized course recommendation

Tell us your goal  we’ll match you to the right course

Our academic counselor will reach out within 24 hours

FAQs

Got Questions? We've Got Answers

Tezzonix offers live online bioinformatics training and project-based internships covering sequencing, genomics, NGS, and practical data analysis. 

Suitable for students, life-science graduates, researchers, wet-lab professionals, and beginners interested in bioinformatics or computational biology. 

No. Level 1 requires no prior experience with Python, R, Linux, or programming. Advanced levels introduce these skills gradually. 

Yes. Training is delivered through live online sessions with guided activities and supporting learning materials.

Training focuses on structured learning and practical exercises. Internships are project-based and include defined tasks, analysis, documentation, and deliverables.

Yes. Training participants receive a Certificate of Completion, while eligible internship participants receive an Internship Completion Certificate.

No. These are skills-based training and internship programsTezzonix certificates confirm program completion and are not external professional certifications.

Level 1 runs for 4 weeks. Advanced NGS and specialization programs may run for 6–12 weeks or longer

Yes. Activities may include sequencing trace file processing, FASTA/FASTQ data processing, quality control, alignment, Linux workflows, and NGS datasets. 

Tools vary by level and may include Sequence editing tools, Linux, FastQCMultiQC, alignment tools, RNA-seq, microbiome, and NGS workflows.

Yes. Live sessions include guided support, with additional one-to-one mentoring available for selected programs.

Yes. The programs are structured to fit alongside academic or professional commitments.

Progress through NGS Foundations → NGS Data Preparation → NGS Genomic Analysis → Specialization → Capstone Project.

Yes, depending on the internship. Advanced projects may require prior knowledge of bioinformatics, Linux, or NGS.

Yes. Eligible students can gain practical exposure to bioinformatics workflows, biological data analysis, and research projects. 

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