Learn Generative AI for Bioinformatics and Life Sciences using hands-on projects

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Learn Generative AI for Bioinformatics and Life Sciences using hands-on projects

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About Course

Artificial Intelligence is rapidly transforming bioinformatics but using AI correctly, safely, and effectively in biological research requires more than just asking questions.

This course is a complete, practical guide to using AI responsibly in bioinformatics and genomics, with a strong focus on RNA-seq, variant analysis, pipeline development, interpretation, and scientific reporting. You will learn where AI truly adds value, where it must not be trusted, and how to combine AI with Linux, Python, and standard bioinformatics tools to accelerate real research workflows.

Instead of replacing bioinformatics tools, this course teaches you how to use AI as a research assistant for experimental design, pipeline generation, debugging, biological interpretation, hypothesis development, and professional scientific writing while maintaining reproducibility, accuracy, and ethical integrity.

Through hands-on examples, real-world case studies, structured prompt libraries, and capstone projects, you will build AI-assisted workflows that reflect how modern bioinformatics research is actually conducted in academia and industry.

This is not a theory-only course.

You will work with:

  • Real RNA-seq and genomics scenarios

  • Step-by-step prompting examples

  • Pipeline generation and debugging exercises

  • Interpretation of real biological outputs

  • AI-assisted report writing

  • Case studies reflecting real research workflows

You will see how AI behaves with good prompts vs poor prompts, how hallucinations appear, how errors emerge, and how to systematically detect and correct them.

The goal is not automation for automation’s sake the goal is professional-grade bioinformatics practice.

Whether you are a student, researcher, or professional, this course equips you with future-ready skills to work faster, think more clearly, and communicate your bioinformatics results with confidence without sacrificing scientific rigor.

This course does not promise shortcuts. It promises clarity, structure, responsibility, and professional growth.

If you want to use AI the right way in bioinformatics with confidence, ethics, and scientific credibility, this course is built for you.

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What Will You Learn?

  • Understand how Generative AI and Large Language Models (LLMs) work and how they can be applied safely in bioinformatics and life-science research.
  • Distinguish clearly between tasks where AI is useful (planning, interpretation, reporting) and tasks where AI must not be used.
  • Design complete, reproducible bioinformatics pipelines (RNA-seq, ChIP-seq, and variant analysis) using AI-assisted Linux workflows.
  • Generate, validate, and debug Bash and Python scripts with AI support while maintaining full human oversight and scientific accuracy.
  • Interpret RNA-seq, ChIP-seq, and variant analysis results biologically using structured AI prompting without making unsafe or clinical claims.
  • Convert bioinformatics outputs into professional scientific reports, including Methods, Results, Discussion sections, figure legends, and summaries.
  • Build reusable prompt libraries for pipeline generation, debugging, interpretation, and reporting in bioinformatics projects.
  • Identify and prevent AI hallucinations, incorrect biological claims, and reproducibility risks in scientific workflows.
  • Apply ethical, transparent, and journal-compliant practices when using AI in academic research and publications.
  • Design biologically meaningful experiments and hypotheses using AI support while respecting experimental, statistical, and ethical constraints.
  • Use AI to assist in grant writing, proposal drafting, and methodology justification while maintaining scientific credibility.
  • Integrate AI effectively with Linux, Python, and bioinformatics tools in real-world research environments.

Course Content

Introduction to Generative AI in Life Sciences

  • What Is Generative AI
    29:55
  • Why Generative AI Is A Game-Changer For Bioinformatics
    24:32
  • Real-World Use Cases Of Generative AI In Life Sciences
    29:58
  • Assignment 1: Foundations of Generative AI in Bioinformatics

Understanding LLMs from a Bioinformatician’s Perspective

Prompt Engineering for Biological Questions

AI-Assisted Sequence Analysis

Generating NGS Pipelines Using LLMs

Automating Reports and Scientific Interpretation

AI for Research Design & Experimental Planning

Ethics, Bias, and Scientific Integrity

Building Your Own AI-Driven Bioinformatics Workflow

Capstone Projects

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Your Instructor

Abdul Rehman Ikram

Bioinformatician | Data Analyst | Computational Biologist

Abdul is a distinguished bioinformatician, data analyst, and computational biologist known for his exceptional contributions to the field of biomedical research. With a passion for integrating technology and biology, Abdul has carved a niche for himself, leveraging cutting-edge computational techniques to unravel complex biological data.

Driven by a curiosity to decode the complexities of life, Abdul believes in the power of interdisciplinary approaches. He is committed to mentoring the next generation of scientists, fostering a culture of innovation and continuous learning.

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