Want to explore how scientists engineer biological systems using DNA?
This hands-on workshop introduces you to the world of recombinant DNA technology, where you’ll learn how scientists modify genetic material to create new possibilities in medicine, energy, and agriculture. You’ll design and construct genetic systems using plasmids, perform bacterial transformations, and analyze gene expression. With real lab experience in gene cloning, expression vector design, and protein production, you’ll see firsthand how genetic engineering is used to create everything from life-saving pharmaceuticals to sustainable biofuels. We’ll also explore the ethical questions surrounding genetic modification, from its role in medicine to its impact on the environment and society. If you’re interested in bioengineering or biological research, this workshop gives you the skills to start designing and building your own genetic systems—and applying them to real-world challenges.
Take on the role of a molecular biologist and learn how to cut and paste DNA using restriction enzymes. Explore how these "molecular scissors" and ligases are used to assemble custom DNA sequences, forming the basis of modern genetic engineering.
Discover how to isolate plasmid DNA from bacteria through rapid and efficient minipreps.
Step into the lab to introduce your engineered DNA into bacteria. Watch as the bacteria take up plasmids and express new traits, such as antibiotic resistance or fluorescent proteins, providing a visual demonstration of successful genetic modification.
Understand the structure and function of plasmids by analyzing restriction maps. Learn how to verify your cloning success and troubleshoot genetic constructs like a true scientist.
The Genetic Engineering Workshop is an interactive, hands-on program where high school students learn the fundamentals of DNA modification. Participants will explore techniques such as plasmid isolation, bacterial transformation, and restriction enzyme digestion, gaining real-world lab experience in genetic engineering.
This workshop is designed for high school students in grades 9–12 who are interested in biotechnology, molecular biology, genetics, or biomedical research. No prior lab experience is required.
Participants will gain hands-on experience with techniques like restriction enzyme cloning, bacterial transformation, and plasmid mapping while learning about the applications of genetic engineering in medicine, agriculture, and synthetic biology.
Students will work with restriction enzymes to cut DNA, perform plasmid minipreps to isolate genetic material, introduce engineered DNA into bacteria through transformation, and analyze plasmid structure using restriction mapping.
Registration is easy! Check the session dates and availability, then secure your spot before spaces fill up.
