Limited Time. Receive Free After-Care for All Camps. Code FREEAFTERCARE.
This one-day biotech intensive introduces high school students to the core techniques of modern genetic engineering and recombinant DNA technology. Participants explore how scientists manipulate DNA to create new biological tools, develop gene therapies, and design synthetic organisms. Through a series of hands-on laboratory modules, students learn the foundational principles behind DNA cutting, separation, and analysis: skills critical to careers in biotechnology, synthetic biology, and molecular research.
Designed by Metro Prep’s GENIUS Biotechnology Program, this workshop offers unmatched access to Toronto’s most advanced youth biotech facility. Participants perform restriction enzyme digestions, run gel electrophoresis to separate DNA fragments, and use their results to create restriction maps. These steps mirror the real-world processes used in plasmid engineering, gene cloning, and recombinant DNA design.
No engineering experience needed. Just arrive with creativity and precision and we’ll provide the lab essentials to build your skills.
Absolutely. While an interest in science is helpful, no prior laboratory experience or advanced biology knowledge is required. Our instructors guide students step-by-step through each technique, explaining the scientific concepts in an accessible and engaging way.
Students should bring a packed lunch (for full-day workshops), a water bottle, and a notebook for taking notes. All laboratory equipment, safety gear, reagents, and materials are provided. Students will wear lab coats and safety goggles supplied by Metro Prep.
All workshops take place at Metro Prep’s GENIUS Biotechnology Laboratory in midtown Toronto (North York). The facility is easily accessible by TTC (subway and bus routes nearby) and offers street parking for drop-off and pick-up. Detailed directions will be provided upon registration.
Yes. While students use professional equipment, all biological materials are non-pathogenic and safe for educational use. Students are trained in proper safety protocols, including the use of Personal Protective Equipment (PPE) like gloves and safety goggles, which are provided.
Students learn foundational techniques used in biotechnology labs worldwide: how to cut DNA with restriction enzymes, separate fragments by gel electrophoresis, and construct restriction maps. These skills are essential for plasmid design, cloning, and recombinant DNA work.
