Three dimensional learning
SLO 5: Demonstrate understanding of 3-dimensional learning (core ideas, crosscutting concepts, & science and engineering practices) by aligning appropriate learning objectives, assessments, and activities.
Student Undertsanding
Crosscutting Concepts
Science and Engineering Practices
Core Ideas
Standard Unpacking
Core: Physical science - chemistryCrosscutting: Relationship between chemistry and technologyS&E Practices: Students gather information about products to evaluate the pros and cons of chemicals
- Relate their interests and experiences to scientific knowledge
- Make sense of the world around them
- Ask questions and engage in arguments about evidence
- Learning by doing
- Investigation, evaluation, and construction
- Modeling, developing, and engaging
- Investigation, analysis, and explanation
- Content knowledge
- The key to students understanding science standards
- Have importance in more than one subject area
- Connect knowledge in multiple subject areas
- Concepts that students return to as they learn
- Patterns, casuse and effect, models, etc.
Three Dimensional Learning
Kayleigh Falkman
Created on November 29, 2023
Start designing with a free template
Discover more than 1500 professional designs like these:
View
Practical Timeline
View
Timeline video mobile
View
Timeline Lines Mobile
View
Major Religions Timeline
View
Timeline Flipcard
View
Timeline video
View
History Timeline
Explore all templates
Transcript
Three dimensional learning
SLO 5: Demonstrate understanding of 3-dimensional learning (core ideas, crosscutting concepts, & science and engineering practices) by aligning appropriate learning objectives, assessments, and activities.
Student Undertsanding
Crosscutting Concepts
Science and Engineering Practices
Core Ideas
Standard Unpacking
Core: Physical science - chemistryCrosscutting: Relationship between chemistry and technologyS&E Practices: Students gather information about products to evaluate the pros and cons of chemicals