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Certification in Bio-Genetics & Life Sciences with AI
Published 9/2026
Created by Human and Emotion: CHRMI
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 118 Lectures ( 7h 49m ) | Size: 1.4 GB
Transforming Genomics, Proteomics & Drug Discovery with AI, Building the Future of Life Sciences with AI & ML
What you'll learn
Genomic Data Science Foundations: Understand DNA, RNA, the Central Dogma, genomic file formats (FASTQ, BAM, VCF) Python-based data parsing and quality filtering, and major genomic databases such as 1000 Genomes, gnomAD, TCGA, and UK Biobank. Machine Learning for Genomics: Learn feature engineering for variant interpretation, pathogenicity prediction using ClinVar Learn gradient-boosted classifiers, model evaluation, and the applications and limitations of polygenic risk scores. Protein Structure & Function Prediction: Explore protein folding, AlphaFold2/3, protein language models such as ESM and ProtBERT, protein embeddings AI-Driven Drug Discovery: Understand ML-based target identification, multi-omics integration, knowledge graphs, generative AI for molecule design Learn virtual screening, binding affinity prediction, and real-world AI drug discovery case studies. AI for Gene Editing & CRISPR: Learn CRISPR-Cas9 fundamentals, guide RNA and PAM sites, computational gRNA design, AI-assisted guide optimization, efficiency Bioethics, Privacy & Responsible Genomic AI: Explore genetic privacy, GINA, informed consent, responsible AI, dataset bias, diversity gaps, and strategies Biosecurity & Dual-Use Risks: Understand the risks associated with generative biology and learn responsible approaches and safeguards for applying generative AI Hands-On Capstone Project: Apply your learning to an AI-Assisted Target-to-Candidate Drug Discovery project, covering problem definition, solution developmentRequirements
You should have an interest in the fundamentals of data science, artificial intelligence, and their applications in genomics, bioinformatics, and precision medicine. A basic curiosity about how AI can be used to solve biological and healthcare problems will be beneficial. An interest in understanding how machine learning, deep learning, and data analytics techniques are applied to genomic datasets for disease prediction, drug discovery, protein analysis, and personalized healthcare. Be interested in gaining knowledge about genomic databases, biological data formats, computational tools, AI models, and modern data-driven approaches used in biomedical research and healthcare innovation. Have an interest in understanding the ethical, legal, and responsible use of AI in genomics, including genomic privacy, fairness in AI models, biosecurity, explainable AI, and the challenges of deploying AI solutions in real-world clinical and research environments.Description
AI in Genomics & Life Sciences is a practical, industry-focused course designed to help learners understand how Artificial Intelligence, Machine Learning, and Generative AI are transforming genomics, proteomics, gene editing, and pharmaceutical research.
The course takes you from the fundamentals of genomic data science to advanced applications such as variant interpretation, protein structure prediction, CRISPR design, AI-driven drug discovery, and molecular generation. You will explore technologies including AlphaFold, protein language models, machine learning classifiers, generative models, and AI-based virtual screening through practical examples and real-world case studies.
You will also develop an understanding of genomic privacy, bioethics, responsible AI, dataset bias, equity, and biosecurity, ensuring that AI is applied responsibly in sensitive life-science environments.
A hands-on capstone project on AI-assisted target-to-candidate drug discovery provides an opportunity to integrate your learning and apply AI concepts to a real-world pharmaceutical research problem.
Whether you are from data science, biotechnology, life sciences, pharmaceuticals, healthcare, research, or technology, this course provides a structured pathway to understand and apply AI across the rapidly evolving life-sciences ecosystem.
Take the next step in your career!Whether you're an up-and-coming professional, an experienced executive, aspiring manager, budding data scientist, AI professional, healthcare analyst, bioinformatics researcher, or technology leader, this course will increase your efficiency for professional growth and make a positive and lasting impact in the business, research organization, healthcare institution, or biotechnology industry.
With this course as your guide, you learn how to
· All the basic functions and skills required to understand and apply the principles of data science, machine learning, artificial intelligence, and computational methods in genomics, precision medicine, and biomedical data analysis.
· Transform complex genomic and biological datasets into meaningful insights using AI models, predictive analytics, feature engineering, and modern computational workflows.
· Get access to recommended templates and formats for detailed information related to the fundamentals of genomic databases, sequencing data, AI workflows, Machine learning pipelines, responsible AI practices, and computational genomics.
· Learn about the latest AI technologies, genomic analytics techniques, protein structure prediction, CRISPR design, drug discovery applications, and ethical considerations involved in AI-driven genomics.
· Invest in understanding genomic data science, machine learning, explainable AI, predictive modeling, and responsible AI frameworks, and reap the benefits for years to come by enhancing your decision-making skills and applying these insights to achieve more effective outcomes in healthcare, biotechnology, pharmaceutical research, and AI-driven organizations.
The Frameworks of the Course
· Engaging video lectures, case studies, assessments, downloadable resources, and interactive exercises. This course is designed to explore topics related to Data Science for Genomics, Artificial Intelligence, Machine Learning, Bioinformatics, Precision Medicine, and AI-driven Healthcare Analytics. Each module combines theoretical concepts with practical examples to help learners understand how computational methods, predictive analytics, and AI technologies are transforming genomic research, biomedical discovery, and modern healthcare. The content is structured to progressively build both technical knowledge and analytical thinking skills, making complex topics easy to understand and apply.
· The course includes multiple case studies, resources such as presentation slides, workflow diagrams, coding examples, genomic datasets, downloadable notes, reference materials, quizzes, self-assessments, AI model demonstrations, research-based examples, and practical exercises. These learning resources are designed to reinforce key concepts, improve problem-solving abilities, and provide hands-on exposure to real-world genomic data science applications used in healthcare, biotechnology, pharmaceutical research, and precision medicine.
In the first part of the course, you'll learn the details of genomic data science fundamentals, biological databases, sequencing technologies, genomic file formats, computational biology concepts, and the data processing techniques required to analyze large-scale genomic datasets. You will also understand how genomic information is generated, stored, managed, and prepared for machine learning and artificial intelligence applications.
In the middle part of the course, you'll develop a deep understanding of the machine learning and artificial intelligence techniques used in modern genomics. You will explore feature engineering, variant interpretation, predictive modeling, protein structure prediction, CRISPR guide RNA design, AI-assisted drug discovery, and other computational methods that enable data-driven biological research and precision healthcare. Real-world case studies will demonstrate how these technologies are applied to solve complex biomedical challenges.
In the final part of the course, you'll develop knowledge on understanding the ethical, legal, and responsible use of artificial intelligence in genomics. Topics include genomic privacy, fairness and bias in AI models, explainable AI, biosecurity, generative biology, responsible AI governance, and future trends in genomic data science. This section will help you understand how to develop and deploy AI solutions that are accurate, transparent, secure, and ethically responsible while supporting innovation in healthcare and life sciences.
Module Names
Foundations of Genomic Data ScienceMachine Learning for Variant InterpretationProtein Structure & Function PredictionAI-Driven Drug DiscoveryGene Editing & CRISPR Design AIBioethics, Privacy & Responsible Genomic AICapstone Project: AI-Assisted Target-to-Candidate Drug DiscoveryArtifacts
Foundations of Genomic Data Science → Genomic Data Processing & QC Report (FASTQ/BAM/VCF parsing, public database sourcing) Machine Learning for Variant Interpretation → Variant Pathogenicity ML Model Report (feature engineering, ClinVar training, evaluation metrics, PRS notes) Protein Structure & Function Prediction → Protein Structure & Stability Prediction Report (AlphaFold, ESM/ProtBERT, mutation stability analysis) AI-Driven Drug Discovery → AI Drug Discovery Pipeline Report (target ID → generative molecule design → virtual screening/binding affinity) Gene Editing & CRISPR Design AI → CRISPR Guide RNA Design & Scoring Report (efficiency vs. off-target trade-off) Bioethics, Privacy & Responsible Genomic AI → Responsible AI & Bioethics Review (GINA/privacy, equity/dataset bias, dual-use biosecurity)Capstone → Project Proposal & Final Report Template - built directly from the course's own capstone outline (Overview → Objectives → Real-World Problem → Iterations → Solution Delivered → Evaluation Criteria → Conclusion), matching your "Project Proposal" and "Analysis and Report" examplesWho this course is for
Professionals with knowledge of the fundamentals of data science, artificial intelligence, machine learning, healthcare analytics, bioinformatics, or computational biology who want to understand how AI is applied to genomic data analysis, precision medicine, and biomedical research. New professionals who are looking to achieve success through learn data science techniques for genomics, machine learning applications in healthcare, genomic data analysis, and AI-driven approaches used in modern life science research. Existing executive board directors and managing directors who are looking to enhance their understanding of AI-powered healthcare technologies, genomic data science, and data-driven decision-making for research, biotechnology, pharmaceutical, and healthcare organizations.Homepage
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