NEW YORK, Aug. 6, 2015 /PRNewswire/ -- McGraw-Hill today announced Inspire Science, a new core elementary science curriculum for K-5 students designed specifically to address the requirements of the Next Generation Science Standards. The program aims to help teachers improve student results in STEM (science, technology, engineering and mathematics) by motivating students to become curious, creative problem solvers. Inspire Science blends science and engineering practices with problem-based learning to engage students in STEM while improving literacy and math skills. Inspire Science will initially launch this month, with additional content, features, and updates rolling out this fall. Learn more: mheonline.com/inspire-science
According to the National Math + Science Initiative, only 30 percent of American high school graduates performed at or above the proficient level in science. Among college students who begin with a STEM major, 38 percent do not graduate with a STEM major. Meanwhile STEM jobs are increasingly in demand, leaving a gap between great jobs and qualified candidates.
To address the STEM gap, Inspire Science allows students to develop a foundational understanding of science at an early age through conceptual learning and hands-on activities. The program teaches science the way it is used in real life: through the combined use of science, engineering, literacy and math skills.
"Student performance and advancement in STEM will be born from a shift to a more collaborative, problem-based learning approach that blends knowledge with skills and places a priority on curiosity, problem solving and communication," said Christine Willig, president of McGraw-Hill's K-12 group. "Inspire Science encourages students to think like scientists and explore real-world career paths they can follow with a STEM education."
Inspire Science at a glance:
- With hands-on and problem-based learning activities, Inspire Science fosters student learning progression and collaboration while adhering to the familiar and proven 5E instructional model: engage, explore, explain, elaborate and evaluate.
- Inspire Science blends a digital learning experience with print resources where they are needed the most in reading, journal writing and problem solving.
- The Inspire Science lessons focus on core topics, so students can deepen their conceptual understanding of key subjects through rich exploration and critical thinking.
- Digital experiences, interactive content, simulations and hands-on activities help students develop critical and computational thinking skills that include making numerical predictions, organizing data, understanding variables and communicating findings or concepts to others.
- Inspire Science improves literacy skills in a fun way through the incorporation of non-fiction readings paired with text-dependent questions, paired readings with fiction and non-fiction connections, writing arguments and explanations practiced in the context of science.
- McGraw-Hill offers comprehensive training and professional development support to ensure teachers get the most out of the Inspire Science platform.
"Research-based models and simulations have a demonstrated ability to help students learn, particularly about concepts that they can't easily experience directly," said Chad Dorsey, president and CEO of Concord Consortium. "The scientifically accurate simulations we've co-developed for Inspire Science help make the invisible both visible and experiential to bring out the inner scientist in students and teachers alike.