Resources for educators
Science Fair Project Ideas – Over 2,000 Free Science Projects | Education.com
K-12th grades: Compiled by science teachers, professional scientists, and educational consultants, this web page offers thousands of K-12 project ideas and spans the entire K-12 spectrum
K-12 grades: An online platform that connects classrooms to industry professionals in science, technology, engineering, and math (STEM) fields.
K-8 Intro to Computer Science | Code.org
K-8th grades: Intro to Computer Science: Looking to demystify computers for elementary and middle level students—and their teachers? This is a 20-hour course from code.org introduces basic programming concepts and computational theory through hands-on tutuoritals and unplugged activities emphasizing the creative and collaborative nature of computer science.
K-12 grades: Explore energy concepts with K-12 students with lessons from The Society of Petroleum Engineers. For example, in Fish Fossils, and Fuel: Where Does Oil Come From? (elementary students). In Pump It Up—Getting the Oil Out, middle level students model the process of removing oil from the ground. Oil and the Environment, high school students examine innovations in the petroleum industry.
In modern times, computer science is a field known for having a predominantly male workforce. While today’s statistics show that only about 20 percent of jobs in the information technology (IT) industry are held by women, that hasn’t always been the case. In the history of computer technology, many of the field’s pioneers were female. Their contributions ranged from programming to helping to make space exploration a possibility. Understanding the accomplishments and importance of women in the history of computer science can help younger generations of girls see themselves pursuing and excelling in software development and other tech-related careers.
The saying, “If she can’t see it, she can’t be it,” speaks to the importance of introducing girls to female role models, especially in areas where women’s accomplishments were often overlooked or minimized such as in science, mathematics, and technology. A new poster collection aims to bring more of these women’s stories to light — and inspire today’s Mighty Girls with the knowledge that she can be whatever she aspires to be!
Middle level: Introduce students to all things nano with these hands-on activities developed by teachers who attended Stanford University’s Center for Probing the Nanoscale summer educator workshop.
Middle level: Bionic arms? Rainwater harvester? Solar cars? Wireless alarms? As diverse as these technologies are, they all involve engineering. These learning modules explore a wide range of engineering technologies.
Next Generation Science Standards-Aligned Tutorials and Pathways | Sophia Learning
7-12th grades: This comprehensive collection of science content supports the Next Generation Science Standards (NGSS) and helps middle and high school teachers start adding NGSS aligned tutorials to their classroom.
Attention teachers! Check out this great list of all of the discounts that are available for current teachers. Maybe it can help you get some supplies for a STEM project in your classroom!
Flippity is a powerful web tool that you can use with Google Spreadsheets to perform a variety of tasks.
The Amgen Biotech Experience is an innovative science education program that provides teacher professional development, curriculum materials, and research-grade equipment and supplies to secondary schools.
Resources for students & parents
High School: Award-winning biology educator and YouTube education guru Paul Andersen shares his passion for teaching and technology through videos explaining concepts in AP Biology, AP Chemistry, Anatomy, Physiology, Biology, Chemistry, Earth Science, Physics, Statistics and Graphing
As the old saying (almost) goes, science starts in the home. Try Scientific America’s fun science activities, which parents and their kids ages 6-12 can do together with household items in just a half hour or less. Teachers might like to incorporate them, too.
Check out these fun science experiments involving cars! Science can be fun, but the only way to test this theory is to try some experiments. Don’t forget to think about safety, and don’t try any experiments with real, life-size cars!
Check out this great resource from Healthline that helps teach the science of human anatomy!
Make science fun with hands-on experiments and science fair projects!
K-6th grades: Students can play learning games such as How small is Small? Which explores nanotechnology concepts; Blasto, the Sub-Human Cannonball, which teaches about variables; and sky Dive, which highlights the different layers of Earth’s atmosphere.
Saving for College
Prospective students and their parents need to start with a manageable college savings plan. This site discusses widely available options to start saving for higher education.
Here are some fun science experiments that can be done all around the home.
STEM Games for Kids-Maryville University
Maryville University has put together a great list of online STEM games and activities for kids. Take a look!
This is a great website full of fun and exciting science toys and experiments. Check it out!
Back in the day, science was boring. There was nothing more than textbooks and listening to professors. Surely, life didn’t give us too many chances to appreciate science. These days, it’s a different story. Yes, science can be fun. Here are 7 intriguing science experiments for your kids to help them appreciate science and also have fun along the way.
Resources for college students & graduates
The Beehive State is abuzz with cyber security activity. From degrees and certificates to professional communities to employment opportunities, we cover everything you need to know about Utah’s cyber security scene.
Find out about job and internship opportunities.
When you volunteer to be a Bio-Rad Science Ambassador, you become an advocate for science education and inspire our next generation of scientists.
Organizations & Initiatives
Clever Octopus Inc. is a nonprofit organization dedicated to fostering creativity and environmental awareness through art, science, technology, engineering, and math. Our multi-tentacled approach includes the Clever Octopus Creative Reuse Center and the Octopod mobile outreach vehicle.
To support the national science and mathematics educational agenda by ensuring that MESA students develop a high level of literacy in mathematics and science so they can play a leading role within an increasingly technology-based world.
Utah’s MESA program began twenty years ago, as a partnership between the University of Utah and the Granite School District. At that time, there was a group of 52 students in the start-up program. Since then, MESA has grown to include 17 school districts and charter schools.
The Research and Practice collaboratory engages researchers and practitioners around the country in an effort to address the long-standing gap between educational research and practice in STEM education.