WASHINGTON 鈥� At a Bright Horizons day care center in Gaithersburg, Maryland, a class of 4-year-olds are tasked with an important morning activity: making medicine.
Granted, the 鈥渕edicine鈥� they鈥檙e mixing has a bright blue hue and is speckled with glitter, but the process they follow is similar to those the scientists across the street keep at the biotech company, .
鈥淚鈥檓 going to go ahead and pass things out. This is our first reagent,鈥� said Ryan Cummings, a MedImmune scientist who specializes in immuno-oncology.
Bottles of glue are distributed throughout the classroom, followed by food coloring.
As the children work to get the right consistency of their slime, Cummings suggests they add more baby oil or pull back on glitter. He tells the kids the trial-and-error methods they鈥檙e testing are what he does every day at work.
鈥淲e鈥檙e constantly having to use our imagination and try new things 鈥� think outside the box, try things other people haven鈥檛 tried before. In doing so, we鈥檒l find new ways to improve our medicine,鈥� he said.
MedImmune is one of the growing number of companies adding day care facilities to its campuses. Chief Operating Officer Matt Bell said the addition of the center, which opened last fall, is a nice benefit for the employees. But the company wanted to go beyond offering a mere amenity. Adding a parent-led early-learning science program was one way to do that.
鈥淓verybody on campus is passionate about science, they鈥檙e passionate about innovation, and the chance to bring STEM programming into the day care just made sense,鈥� Bell said.
A growing body of research supports that early introduction to STEM is not only beneficial to a child鈥檚 development, but it鈥檚 inherent. from Common Sense Education and The Joan Ganz Cooney Center at Sesame Workshop New America children as young as 1 can conduct systematic experiments.
Cummings, who has a doctorate in microbiology and immunology, has been with MedImmune since 2016. He has two children enrolled at the day care facility 鈥� a 3-year-old and a 1-year-old. When he learned there was an opportunity to lead experiments in his kids鈥� classrooms, he jumped.
鈥淚t鈥檚 a win-win,鈥� said Cummings, who had to walk just a short distance from his office to the center for the slime lesson.
鈥淚 think the more chances that we have to expose the kids to science, the better. And at this age, they鈥檙e just like little sponges. They were just listening attentively, they were taking everything in, they were actively doing it.鈥�
Beyond that, it鈥檚 a way for young ones, ages 6 weeks to 5 years, to better understand what their parents do 鈥渁ll day long in that big building we can see from the playground,鈥� said center director Jennifer Fairfield.
鈥淚t also shows them that what they are learning and doing here translates to what their parents do at work,鈥� she added.
A few months ago, the children grew bacteria in petri dishes; next month, they鈥檒l construct a building out of Legos.
鈥淲here is the exposure to science, unless we鈥檙e actually bringing it to them? It鈥檚 kind of hard to bring science that we do in the lab here, right? So finding creative ways to do that will get their curiosity, will build their sense of wonder and ability to ask questions, and then hopefully replace us as the next budding scientists,鈥� Cummings said.
After everyone鈥檚 slime came together, the lights went out. It was time to study why some globs glowed in the dark, while others remained dull.
