
Build and create exciting DIY projects while exploring the fundamentals of physics, engineering, and design. In this 45-minute hands-on program, students will develop problem-solving skills, test engineering concepts, and learn how science and design work together through engaging STEM challenges. Limited to 12 students.

Designed for middle school students preparing for advanced science courses, this 3-session program includes two hands-on experiments per class, key scientific vocabulary, and foundational science concepts. Classes are 45 minutes long and limited to 12 students to provide personalized instruction and build confidence for future advanced coursework.

Join us this summer for two special Parent & Protons classes—one in July and one in August! Each 45-minute session includes a hands-on science experiment, interactive sing-along led by Mrs. Kira on guitar, movement and dancing, and plenty of fun for our youngest scientists and their caregivers. Perfect for introducing toddlers to the wonders of science through music, play, and exploration.
Please reach us at admin@makechempossible.com if you cannot find an answer to your question.
Yes! Our toddler class is called Parents & Protons, featuring a sing-along with an on-site guitarist.
Songs include fun themes like body parts, science experiments, and more, all created by our on-site guitarist, Mrs. Kira.
No, only one ticket per child is required for admission.
No, the sensory class is for everyone to explore at their own pace with an instructor guiding activities.
Class lengths vary—some are 45 minutes or longer. Please check the class description when signing up.
Yes! All classes include a science instructor who guides the experiments and shares fun science background. We kindly ask parents to let the instructor lead so kids can fully enjoy and learn from the experience.
For a deeper dive into science and more hands-on experiment time, afterschool programs or camps are a better fit. Lessons are carefully planned in advance, giving kids extra time for trial and error while exploring the science behind each experiment in depth.
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