100K+
Trained Bioinformaticians and Practicing Professionals Globally.
120+
Countries Impacted: Making a Difference Worldwide.
2000+
Research publications, Scholarships, Grants, and Jobs by our Participations.
About the Program
This International Virtual Research Internship in Genomics & Bioinformatics is designed for students and early‑career professionals who want to go beyond tools and analytics into real research thinking, project design, and scientific communication.
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Rather than short trainings focused only on software, this internship immerses you in research‑oriented genomics and bioinformatics projects, equipping you with the skills, experience, and structure needed to confidently pursue independent research and publication after the internship.
Most programs teach how to use tools. This internship teaches how to think and work like a researcher.
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You will learn how to:
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Frame biological research questions
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Design genomics and bioinformatics studies
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Apply analytical tools within a research context
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Structure projects aligned with academic standards
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Communicate research findings professionally
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By the end of the internship, you will have research experience and a structured project portfolio that prepares you to independently advance toward publication, postgraduate research, or industry research roles.
AGENDA: 8 Weeks | Weekly Class Sessions | 3PM GMT | 1 Hour Duration Per Session
STARTING DATE: FEB - 2026
SELECTION PROCESS:
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Application & screening
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Online interview
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Merit-based selection
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Offer letter issued
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Slot confirmed with a $30 non-refundable commitment fee (due to limited mentorship slots) not as program tuition.
PS: This is a fully covered international research internship, providing access to research programs, mentorship, and professional tools valued at over $3,000 via the Omicsboard platform (omicsboard.com).​
WHAT YOU WILL GET:
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Explore Omics Sciences
Explore the diverse fields of omics sciences, and transform your findings into publishable papers.
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Hands-on Practical Training Sessions
Engage in guided exploration of video tutorials for tool usage, and apply knowledge through real-life projects.
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Skills and Expertise Development
Gain in demand skills in omics research, collaborate within the community, and unlock the potential of omics data.
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Personalized Mentorship
Each participant is assigned a dedicated mentor virtually, receive guidance, feedback, and participate in Q&A sessions for in-depth understanding
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Tailored Real-life Research Projects
Design and pursue individual or group projects tailored to specific fields of interest, with the flexibility to use real-life datasets & get accurate results.
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Research‑Focused Experience
Hands‑on genomics and bioinformatics research projects, research problem formulation and study design, data analysis guided by real research objectives
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Flexible Duration
Explore content at your own pace, access recorded tutorials for flexible learning, and accommodate different time zones for collaborative activities.
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Community Engagement
Interact with peers, collaborate on projects, share discoveries within the community, and explore networking opportunities.
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Certificate of Excellence/Recommendation
Obtain a recognized certificate showcasing acquired skills, highlighting successful project completion, and enhancing professional profiles in omics research.
SKILLS YOU WILL GAIN: Basics to Advance
Explore, and act on real-life genomics and bioinformatics data while gaining valuable skills to transform your insights into actionable research publications.
RESEARCH PROGRAMS
Human Genomics
Cancer Genomics Research
Research Topic: Genomic Profiling and Variant Analysis Across Different Cell Lines: Investigating Mutational Signatures and Impact on Tumor Progression for Improved Clinical Outcomes
Research Aim: To conduct comprehensive genomic profiling and variant analysis across various cancer cell lines
Plant-Genomics
Comparative Plant Genomics
Research Topic: Variant Analysis in Plant Genomics: Investigating Genetic Variants for Stress Resistance
Research Aim: To investigate the genetic variants in plants that contribute to stress resistance, aiming to understand the molecular mechanisms and evolutionary adaptations that enhance plant resilience under environmental stress conditions.
Clinical Genomics, Epidemiology and Related Research Areas
Infectious Diseases with a Focus on Antimicrobial Resistance (AMR)
Research Topic: Comparative Genomics of Multidrug-Resistant Pathogens in Healthcare and Natural Environments
Research Aim: Understanding the genetic mechanisms underlying multidrug resistance pathogens and comparing strains from clinical and environmental sources.
Anti-Cancer R&D
Research Topic: Multi-Omics and Machine Learning Approaches for Developing Peptide-Based Anti-Cancer Therapeutics from Medicinal Biosynthetic Genes
Research Aim: To systematically identify and utilize biosynthetic genes from medicinal sources, employing multi-omics data and machine learning techniques to develop peptide-based anti-cancer therapeutics, aiming to improve precision and efficacy in cancer treatment.
Epidemiology & Public Health Using Metagenomics Approach
Research Topic: Comparative Metagenomic Profiling for Public Health Risk Assessment: Analyzing Microbial Functionality in Polluted Water Across Regions.
Research Aim: To conduct functional genomic analysis and global surveillance of antimicrobial resistance mechanisms in major human pathogens to enhance our understanding of resistance dynamics and inform targeted intervention strategies.
Bridging Biology and Technology
Learn how to Deploy a Genomics Data ML Model
Master the end-to-end process of applying machine learning in genomics. From cleaning and preparing genomic datasets to training, evaluating, and deploying models, you’ll learn how to turn complex biological data into meaningful predictions that power modern biotech innovations.
Build your First Bioinformatics App using Python and Streamlit
Learn how to create interactive bioinformatics tools used in research and biotech projects. This hands-on course guides you through building and deploying a functional web app with Python and Streamlit — making it easy to visualize, share, and interpret genomic or biological data in real time.
GET CERTIFIED
Upon fulfilling program requirements, your certificate from Genomac Institute Inc. will include your name and the CEO's signature, affirming your achievements. With Genomac Institute Inc. now incorporated in the USA, your certification gains added global recognition, enhancing your professional credibility. Outstanding achievers may also receive a Certificate of Excellence and a personalized Letter of Recommendation.
TESTIMONIALS
Hear from some of our Virtual Interns
Dr. Maryam Idrees Malik
Before starting the program, I was a bit apprehensive, as I had previously been taken advantage of by some online scam. But now, I consider myself fortunate that I had stumbled upon this organisation. Kudos team genomac hub! I honour your intentions to create a global impact by helping researchers. Looking forward to learning and growth & thank you for sharing the lifetime activation key of geneious software.
Dr. Noman Sohail
During my time with Genomac Hub, I was offered online classes, clear guidance, and a structured map to proceed with the work, outlining the amazing results. The negotiations were satisfactory overall. I must rate the service 8/10
Blessing O
Attending Genomac Hub workshop helped me navigate the fundamentals of Bioinformatics. It provides a solid foundation for me to move on in my career. The CEO, Oluwaseyi, is very knowledgeable about the course. He is adept at keeping the class engaged and making everyone understand. I recommend Genomac Hub courses and workshops to anyone in any part of the globe.
Nikita Singh
Interesting, understandable, keeps the target audience engaged till the end. The concepts and protocols are explained in a lucid way.