Science understanding is key to making our way in the world. Whether we are making decisions about our health care, attempting to understand currents events, or learning to perform a new job, science knowledge plays an important role.
The major goal of scientists is to develop current theories that explain bodies of data and predict outcomes of further investigations. Engineers use their knowledge to solve problems.
Modeling, critiquing, and communicating are equally important in STEM fields as are observing and conducing research, testing a hypothesis, and analyzing data.
Promote Science Literacy
Hands-on science instruction and experience in inquiry science is important for understanding STEM concepts. However, it is also important for students to develop an understanding of what scientists actually DO in their day-to-day work. Today, I share a few tips to improve your student’s science literacy.
Encourage students to read nonfiction during independent reading time. Consider reading aloud a biography of a scientist that corresponds with your current unit of study.
Give a book talk about a new nonfiction title. Invite students to share a short book talk on a title they have read.
Create book display to highlight scientists at work. Rotate themes on a monthly or quarterly basis.
Set up a display of the tools and equipment scientists use.
Ask students to interview a scientist in your community. Create posters to share what you’ve learned with others.
Take a field trip to visit with scientists in the field. Consider agricultural sciences, healthcare, and engineering related work.
Scientists at Work
Reading literature and non-fiction books that feature real-world scientists helps students to develop a greater understanding of the world of science. They realize that science isn’t just lab coats and goggles. Here are a few titles that detail the skills and varied experiences of STEM careers.
Citizen science is the study of the world by the people who live in it. In this title, Burns introduces readers to children and adults, scientists and nonscientists who study nature in an effort to learn more and save particular species of animals.
In 2006, a beekeeper discovered his hives were completely empty. What had happened to the 20 million bees? Soon, other beekeepers had the same story. This book describes how scientists worked alongside aviculturalists to discover what we now call colony collapse disorder.
Join oceanographer Curtis Ebbesmeryer as he takes readers around the globe and shares his insight after years of tracking debris. With data of ocean currents he brings this concern to the public eye.
Years ago, scientists had discovered that all around the globe, frogs were dying. The decline has many causes, including habitat loss and disease. Follow along with Tyrone, a young man passionate about frogs, who becomes an amphibian scientist and discovers that the most commonly used pesticide in the United States plays a role in the demise of his beloved frogs.
Two rovers were sent to Mars in 2003 to discover whether water had ever existed there. See for yourself how the imagination drives scientists and engineers to overcome hurdles and ultimately build models and simulations.
This multi-award winning title offers a thrilling story of the Manhattan Project. The author details how Oppenheimer recruited scientists from a variety of backgrounds to work on plans for an atomic bomb.
I encourage you to begin to explore science career options in more depth. Keep a notebook of what you’ve learned. I have shared two previous careers we have explored: Entomology and Hydrogeology.
Kids (especially girls) often don’t know about engineering, or they have misconceptions about the field. 
to be an intriguing memoir. Callan, followed the footsteps of his father Wallace J. Callan, a respected Game Warden for the State of California, into a distinguished career as a compassionate, yet tough law enforcement officer. He writes of his adventures in the wild, but far more, his book is filled with drama and suspense.
