Genetic Technology Stem Program
DNA, Gene Editing & Biotechnology
Discover how the code of life is being read, understood, and rewritten. From DNA basics to CRISPR gene editing, explore the science revolutionizing medicine.
Grades 10-12 | Must have completed Algebra 2
Every Sunday
EST
Interactive Sessions
Complete Program
Why Study Genetics & Genetic Technology?
We're living in the golden age of genetics. CRISPR has made gene editing accessible, and genetic medicine is transforming healthcare.
Foundation for Medicine & Biology
Genetics is essential for pre-med, biology, biochemistry, and biomedical engineering careers.
Rapidly Advancing Field
CRISPR was only discovered in 2012—the field is exploding with new discoveries and applications.
Understand Your Own Biology
Learn how your genes influence your health, traits, and disease risk.
Engage with Ethical Debates
Gene editing raises profound questions. Understanding the science helps you engage thoughtfully.
Fascinating Genetic Facts You'll Explore
3 Billion
Base pairs in human DNA—enough to stretch 6 feet if uncoiled
99.9%
DNA identical between any two humans—0.1% makes us unique
2012
Year CRISPR gene editing was discovered—revolutionizing biology
Real-World Genetic Applications
Genetics is transforming medicine, agriculture, forensics, and more. Here's how.
Gene Therapy
Treating genetic diseases by correcting faulty genes directly in patients.
Example: Curing sickle cell disease and certain cancers
CRISPR Medicine
Using gene editing to develop new treatments for inherited conditions.
Example: Editing genes to eliminate hereditary blindness
Personalized Medicine
Tailoring treatments based on individual genetic profiles.
Example: Choosing cancer drugs based on tumor genetics
Agricultural Biotech
Creating crops resistant to disease, pests, and climate change.
Example: Drought-resistant crops feeding millions
Forensic Genetics
Using DNA evidence in criminal investigations and identifying remains.
Example: Solving cold cases with genetic genealogy
Synthetic Biology
Engineering organisms to produce medicines, fuels, and materials.
Example: Bacteria producing insulin and biofuels
Program Highlights
A comprehensive journey through genetics—from DNA structure to CRISPR applications.
From DNA to CRISPR
Understand genetics from molecular basics to cutting-edge gene editing technology.
Expert Instruction
Learn from Dr. Saltzer, an award-winning educator who makes complex biology accessible.
Medical & Ethical Impact
Explore how genetics is transforming medicine and the ethical questions it raises.
Certificate of Completion
Document your genetics exploration—valuable for pre-med and biology pathways.
4-Week Curriculum
From DNA basics to cutting-edge gene editing—a complete genetics exploration.
- The structure of DNA: the double helix and its components
- How DNA stores information: the genetic code
- DNA replication: copying the blueprint of life
- From DNA to protein: transcription and translation
- Chromosomes, genes, and the human genome
- Mendelian genetics: dominant and recessive traits
- Beyond Mendel: polygenic traits and complex inheritance
- Mutations: how genetic changes occur
- Sources of genetic variation: meiosis and recombination
- Population genetics and evolution
- Genetic engineering: tools and techniques
- CRISPR-Cas9: the revolutionary gene editing system
- How CRISPR works: a molecular scissors for DNA
- Applications of gene editing in research and medicine
- GMOs: genetically modified organisms explained
- Gene therapy: treating genetic diseases
- Personalized medicine and pharmacogenomics
- Genetic testing: ancestry, health, and forensics
- Ethical considerations in genetic technology
- The future of genetics: designer babies, de-extinction, and beyond
CRISPR: The Gene Editing Revolution
What is CRISPR?
CRISPR-Cas9 is a revolutionary gene editing tool that lets scientists precisely cut and modify DNA. It's been called "molecular scissors" for the genome.
How It Works:
- 1.Guide RNA finds the target DNA sequence
- 2.Cas9 protein cuts the DNA at that location
- 3.Cell repairs the cut—allowing gene deletion or insertion
Why It Matters:
- Faster and cheaper than previous methods
- More precise and accurate
- Works in virtually any organism
Learn from an Award-Winning Educator
Dr. Saltzer
A Mathematical Physicist who has authored 25+ STEM textbooks with Pearson & McGraw-Hill. Dr. Saltzer brings genetics to life by connecting molecular biology with technology and medicine, making complex concepts accessible and exciting.
National Teaching Awards
25+ Published Textbooks
Decades of Experience
Makes Science Accessible
Explore More STEM Fields
Genetics is part of our year-long Advanced STEM Exploration series. Bundle programs and save!
View All Programs & Bundle SavingsFrequently Asked Questions
While helpful, no prior biology knowledge is required! We start with the fundamentals of DNA and build up from there. Students who have taken biology will find this a fascinating deeper dive, while newcomers will gain a solid foundation.
Absolutely! Genetics is increasingly central to medicine—from understanding disease to developing treatments to personalized medicine. This program provides excellent preparation for pre-med studies.
Yes! Week 3 is dedicated to genetic technology including an in-depth exploration of CRISPR-Cas9 gene editing—how it works, what it can do, and its revolutionary applications in research and medicine.
Classes are held live online every Sunday from 10 AM to 1 PM EST for 4 consecutive weeks. Each 3-hour session includes lectures, visual demonstrations, case studies, discussions, and Q&A time.
Yes! Week 4 includes significant discussion of ethical considerations in genetic technology, including gene editing in humans, genetic privacy, and the societal implications of these powerful technologies.
Yes! Students who complete all four sessions receive a Certificate of Completion from EdQuill Academy, documenting their achievement in exploring genetics and genetic technology.
Ready to Explore the Code of Life?
Contact us today to reserve your spot. Discover the science that's revolutionizing medicine and biotechnology.
Decode the Blueprint of Life
From DNA to CRISPR, from inheritance to gene therapy—join our 4-week genetics exploration and understand the science transforming medicine.