Learn Genetic engineering Online: Free Course with AI Tutor & Certificate
Modern biotech requires precise DNA manipulation to solve health and agricultural challenges. This free genetic engineering course teaches you to do exactly that. Across 10 modules, you'll explore genetic modification in plants, gene therapy, and cloning. You will master techniques like CRISPR-Cas9 and PCR to innovate responsibly.
What you'll learn in this Genetic engineering course
Five concrete outcomes you'll walk away with, each mapped to modules in the curriculum below.
Understand the fundamental concepts and ethical considerations of genetic engineering.
Analyze the structure and function of DNA and genes, including gene expression and regulation.
Apply various techniques in genetic engineering, such as CRISPR-Cas9 and PCR, to manipulate genetic material.
Evaluate the applications and ethical issues surrounding cloning, GMOs, and transgenic animals.
Utilize bioinformatics tools to conduct genetic research and explore the future directions of genetic engineering.
Genetic engineering course syllabus
01 Introduction to Genetic Engineering
- Definition and History of Genetic Engineering
- Basic Concepts of Genetics
- Importance and Applications of Genetic Engineering
- Ethical Considerations in Genetic Engineering
02 DNA and Genes
- Structure of DNA
- Function of Genes
- Gene Expression and Regulation
- Mutations and Their Effects
03 Techniques in Genetic Engineering
- Recombinant DNA Technology
- Polymerase Chain Reaction (PCR)
- Gel Electrophoresis
- CRISPR-Cas9 Technology
04 Cloning
- Types of Cloning
- Process of Cloning
- Applications of Cloning
- Ethical Issues in Cloning
05 Genetic Modification in Plants
- Genetically Modified Organisms (GMOs)
- Techniques for Plant Genetic Modification
- Benefits of GMOs in Agriculture
- Controversies and Regulations of GMOs
06 Genetic Modification in Animals
- Transgenic Animals
- Applications in Medicine and Agriculture
- Ethical and Welfare Concerns
- Regulatory Aspects
07 Gene Therapy
- Concept and Types of Gene Therapy
- Techniques Used in Gene Therapy
- Challenges and Risks of Gene Therapy
- Current and Future Applications
08 Human Genome Project
- Overview of the Human Genome Project
- Achievements and Discoveries
- Impact on Medicine and Research
- Future Directions in Genomics
09 Bioinformatics in Genetic Engineering
- Introduction to Bioinformatics
- Role of Bioinformatics in Genetic Research
- Tools and Software Used in Bioinformatics
- Applications of Bioinformatics in Genetic Engineering
10 Future of Genetic Engineering
- Emerging Technologies in Genetic Engineering
- Potential Benefits and Risks
- Societal and Ethical Implications
- The Future of Genetic Engineering Research
Real-world projects you'll work on
Practice the exact kind of work Genetic engineering professionals do on the job.
Designing CRISPR-Cas9 Solutions for Sustainable Agriculture at Bayer
Developing Gene Therapy Protocols for Rare Diseases with Novartis
Creating Bioinformatics Tools for Genomic Data Analysis at Illumina
Innovating Ethical Cloning Techniques for Medical Advancements at Genentech
Skills you'll gain
Add these to your LinkedIn profile and resume the day you finish.
Who should take this Genetic engineering course?
And exactly what you need before starting (spoiler: almost nothing).
This course is for
- Biology and science students looking to specialize in biotechnology.
- Healthcare professionals wanting to understand gene therapy advancements.
- Researchers and lab technicians aiming to upgrade their CRISPR-Cas9 skills.
- Agriculture specialists interested in genetic modification in plants.
Prerequisites
- No prior genetic engineering experience is required to begin.
- A basic understanding of high school biology and chemistry is helpful.
- A computer with internet access to run web-based bioinformatics tools.
How learning works on LearnTube
The structure of a bootcamp, the price of free.
AI curates your path
Our AI picks the top 1% of video content for each topic and arranges it into a structured, goal-based curriculum. No more tutorial roulette.
Learn, then get quizzed
After every lesson, your AI tutor asks you a question and gives personalised feedback on your answer, so gaps get fixed immediately.
Finish with proof
Complete the course, build the capstone project, and claim a certificate recognised by 900+ hiring partners.
A complete Genetic engineering course: free, structured and job-focused
Scientists and researchers constantly need safer, more effective ways to alter genetic material to treat diseases and improve crop yields. Our genetic engineering course equips you with the foundational knowledge to tackle these biological challenges. You'll start with an Introduction to Genetic Engineering and the structure of DNA and Genes. From there, the curriculum covers practical Techniques in Genetic Engineering, including PCR and CRISPR-Cas9. You will also study Cloning, Genetic Modification in Plants, and Genetic Modification in Animals to understand how these methods are applied across different industries.
Practical application is central to this program. You'll complete hands-on projects like Designing CRISPR-Cas9 Solutions for Sustainable Agriculture at Bayer and Developing Gene Therapy Protocols for Rare Diseases with Novartis. The training also explores the Human Genome Project and Bioinformatics in Genetic Engineering, ensuring you know how to use digital tools for genomic data analysis. Finally, you will examine Gene Therapy and the Future of Genetic Engineering, focusing heavily on ethical and societal implications.
LearnTube makes studying genetic modification highly interactive. The platform pairs curated YouTube video lessons with an AI tutor that tests your knowledge. You get a quiz after every lesson to ensure you actually understand the material. Learning is completely free, and you can opt for a paid certificate when you finish. This setup lets you build valuable biotech skills at your own pace.
Jobs you can target after learning Genetic engineering
Genetic engineering is a gateway skill for some of the fastest-growing roles in tech.
Designs and implements genetic modifications to develop new traits in organisms.
Uses software tools to analyze complex genomic data for medical and agricultural research.
Assists in laboratory experiments involving PCR, cloning, and DNA extraction.
Typical entry-level salary ranges in India as of November 2026. Actual compensation varies by city, company and experience.
Earn a Genetic engineering certificate employers recognise
Finish the course and claim a certificate you can share anywhere.
- Learn 100% free: every lesson, quiz and the AI tutor cost nothing
- Claim your certificate when you complete the course (an optional paid add-on)
- Recognised by 900+ hiring partners across India
- One click to share on LinkedIn and add to your resume
Why learners choose LearnTube
Real reviews from Google. You learn free, you get assessed free, and you pay only if you want the certificate.
Though I have 11 years of experience as an HRBP, the course helped me refresh my knowledge and gave me insights into new trends in the market. The modules were clear and easy to understand, and the quizzes were well designed. I have added the certificate to my LinkedIn profile.
I had a lot of doubts while learning, but the AI chatbot answered them in detail with simple summaries. The videos on the platform saved me a lot of time as I didn't have to search YouTube and watch random content.
Just earned my certificate in HR Management from LearnTube.ai! The platform is user-friendly and the assessment was a great way to validate my knowledge. Feeling proud of this accomplishment!
I enrolled in a LearnTube personalized course to get into a Data Analytics role. It helped me learn SQL in depth and gave me hands-on experience with Power BI. I attached the LearnTube certificate to my CV, it added credibility to my profile, and I'm currently in the interview process.
The interface is user-friendly and intuitive, making it easy to navigate the course. I encountered no errors during my time using the platform, which was a refreshing change from other online learning platforms.
Just cleared the Business Analyst assessment and got certified! Loved how the course simplifies big concepts like data-driven decision making into short, practical lessons. The automated quizzes kept me on track the whole time. Perfect boost for my resume!
The certificate gave me a real edge during my B.Tech. By the time I graduated, I had skills that set me apart from my peers, and the certification opened up more job opportunities. It gave me the confidence to stand out during interviews.
I manage many software projects as a General Manager and was looking for a good certification program to stay competitive. After researching many programs, I chose LearnTube and it was much better than I expected. The material is well-organized and practical, and what I liked most is the lifetime access.
Frequently asked questions
Everything learners ask before starting this Genetic engineering course.
Is this genetic engineering course completely free?
Yes. You can access all 10 modules, video lessons, and AI quizzes at no cost. If you want a verified genetic engineering certificate to share with employers, that is available as an optional paid add-on.
How does this differ from watching plain YouTube tutorials?
LearnTube organizes scattered videos into a structured curriculum. Instead of guessing what to watch next, you follow a clear path. Our AI tutor also generates a quiz after every lesson to verify you understand the genetic modification concepts.
Do I need any specific software installed?
No heavy software is required to start. You will use web-based bioinformatics tools and public genomic databases for your projects. A standard web browser and a stable internet connection are all you need to complete the coursework.
What prior experience is needed for these genetic engineering classes?
You do not need professional lab experience. The course starts with an Introduction to Genetic Engineering and basic DNA concepts. A general understanding of high school biology will help you grasp the more complex CRISPR and PCR techniques faster.
Will I learn about the ethics of genetic modification?
Yes. The syllabus heavily emphasizes responsible science. You will cover ethical considerations in cloning, transgenic animals, and gene therapy. This ensures you understand the regulatory and societal impacts of altering genetic material.
Are there hands-on projects included in the training?
Absolutely. You will work on practical assignments like developing gene therapy protocols for rare diseases and creating bioinformatics tools for genomic data analysis. These projects simulate real-world tasks at companies like Novartis and Illumina.
Is this genetic engineering training self-paced?
Yes. All video lessons and AI quizzes are available on demand. You can study DNA structures and cloning techniques whenever your schedule allows, making it easy to balance learning with your current job or studies.
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