The OpenSciEd units are designed to support teachers who are new to three-dimensional learning, e
Anchored Science by Mi-STAR is a comprehensive middle school science curriculum driven by a bold vision for the future, where science isn’t just a subject but a powerful, integrated body of knowledge that equips students to tackle today’s pressing societal challenges. This curriculum harnesses the full potential of the Next Generation Science Standards, empowering students to actively engage with science and engineering practices. They’ll move beyond the classroom, using their skills to solve
Science fiction meets fantasy when Meg’s physicist father disappears while doing work for the government, and she must go on an adventure through time and space to save him. Traveling in the fifth dimension with her brother Charles Wallace, and a new friend, Calvin, the three children are guided by a mysterious trio of women who give them the tools they need to fight the powers of evil that are holding Meg’s father captive. Students will be able to explore with the characters the concepts of good and evil
OpenSciEd Middle School science program addresses all middle school NGSS standards. This comprehensive science curriculum empowers students to question, design, investigate, and solve the world around them.
In this unit, students will gather, represent and analyze data as the essence of good research to understand their world.
The Teacher Guide is designed to provide background information on the mathematics being taught in this unit, the learning environment, mathematical communication and differentiated instruction. Also included:
The World Turned Upside Down: The American Revolution
Grades 4-5
Intensive document analysis and exploration of the concept of cause and effect form the foundation of this unit, which focuses on the Revolutionary period in American history. The unit explores the chronology and major event
In this unit on measurement, students actively engage in the measurement process to connect their learning and new knowledge to their own personal worlds. As mathematicians, they measure objects in the classroom, at home, and even their own bodies. They make estimates, develop personal benchmarks, and focus on the accuracy and precision of measurement. They examine irregular shapes and develop strategies to find their areas and perimeters, as well as explore liquid volume and capacity.
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