In this blog post, educator Anne Jolly reflects on the class that made her realize that effective science, technology, engineering and math projects can engage even the most uninterested students. She shares six principles for successful STEM assignments.
Jolly, A. (2017, October 11). Ingredients for a great STEM Project.
- Posted: November 20, 2017
Home » Best Practices » Jolly, A. (2017, October 11). Ingredients for a great STEM Project.
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- Why Poverty Matters
- Poverty Data Sources
- Neuroscience & the Classroom
- Why Resources Matter
- 1 – Build Relationships
- 2 – Decrease Stress
- 3 – Increase Status
- 4 – Increase Hope
- 5 – Proactively Guide
- 6 – Use “Me” Strategies
- 7 – Understand Goals of Misbehavior
- 8 – Decrease Health Impacts
- 9 – Build Family/Community Partnerships
- 10 – Align Instruction & Assessment
- 11 – Motivate
- 12 – Grow Mindsets
- 13 – Build Background Knowledge
- 14 – Grow Executive Function
- 15 – Build Memory Trace
- 16 – Grow Emotional & Soft Skills
- 17 – Purposefully Teach
- 18 – Explicitly Teach
- 19 – Question Strategically
- 20 – Use Data
- 21 – Make Learning Fun
- 22 – Accommodate
- 23 – Infuse the Arts
- 24 – Maintain High Expectations
- 25 – Lead
Menu
- Why Poverty Matters
- Poverty Data Sources
- Neuroscience & the Classroom
- Why Resources Matter
- 1 – Build Relationships
- 2 – Decrease Stress
- 3 – Increase Status
- 4 – Increase Hope
- 5 – Proactively Guide
- 6 – Use “Me” Strategies
- 7 – Understand Goals of Misbehavior
- 8 – Decrease Health Impacts
- 9 – Build Family/Community Partnerships
- 10 – Align Instruction & Assessment
- 11 – Motivate
- 12 – Grow Mindsets
- 13 – Build Background Knowledge
- 14 – Grow Executive Function
- 15 – Build Memory Trace
- 16 – Grow Emotional & Soft Skills
- 17 – Purposefully Teach
- 18 – Explicitly Teach
- 19 – Question Strategically
- 20 – Use Data
- 21 – Make Learning Fun
- 22 – Accommodate
- 23 – Infuse the Arts
- 24 – Maintain High Expectations
- 25 – Lead