In the physical science classes that I teach at the high school level, I am implementing engineering-based curriculum initative that have really stretched my abilities as an educator.
This has required hours of thought and preparation dating back to the summer planning months when I was able to explore, for myself, fundamental questions about how students learn science. The motivation comes from the advocation of Next Generation Science Standards (NGSS) and the emphasis on engineering-based learning as core components of the new way we want students to learn science.
Reflection is a key element within a culture of learning because it helps to provide the means to be creative. It is a process that provides a soild basis from which new models for teaching and learning can be designed.
It can get obsessive for determined teachers as they creates as well as implement cutting-edge curriculum initatives in the science classroom.
In the physical science classes that I teach at the high school level, I am implementing engineering-based curriculum initative that have really stretched my abilities as an educator.
This has required hours of thought and preparation dating back to the summer planning months when I was able to explore, for myself, fundamental questions about how students learn science. The motivation comes from the advocation of Next Generation Science Standards (NGSS) and the emphasis on engineering-based learning as core components of the new way we want students to learn science.
Reflection is a key element within a culture of learning because it helps to provide the means to be creative. It is a process that provides a soild basis from which new models for teaching and learning can be designed.
It can get obsessive for determined teachers as they creates as well as implement cutting-edge curriculum initatives in the science classroom.