Why is Culture Key to Implementing the Next Generation Science Standards?

“Culture eats strategy – and programs—for breakfast.”

This quote is KnowAtom’s take on the quip attributed to management guru Peter Drucker, “Culture eats strategy for breakfast,” which emphasizes the critical role that an organization’s culture—even more than any strategy it might develop—plays in that organization’s success.

Peter Drucker on business management

We're modifying it to say that culture eats both strategy and programs for breakfast.

This saying is relevant for districts and classrooms implementing the Next Generation Science Standards because people often focus on programs and/or strategies for the new standards, but fail to consider a balance of both to address the 

cultural shifts needed to ensure a smooth and successful implementation.

So what is culture?


Culture refers to those behaviors, values and expectations that are common among individuals and are acceptable to the group, which we’ll call the tribe. In other words, a tribe is a collection of people who come together around common behaviors, values and expectations. Let's say that you're a principal or a lead teacher. If you take a step back, every person you're leading or who is part of your school or team is part of your tribe.

The reason that culture eats strategy and programs for breakfast is that in order to change a tribe’s behaviors, values and expectations, it’s not enough to introduce a new program or strategy. If the culture hasn’t changed, new strategies or programs are just window dressing.

Given this, it’s important to start by examining an organization’s vision and what it defines as success—both of which come down to an organization’s culture.

A school's science culture begins with its vision for the Next Generation Science Standards

Let’s begin by looking at what we mean by culture in classrooms and in school buildings/districts.

Culture in Classrooms

The culture in classrooms looks very different in a next generation classroom than it does in a traditional classroom. It’s not just the culture of teaching that is different in a next generation classroom. It's also the culture of learning.

For example, in a traditional culture, common behaviors are teachers explaining or demonstrating, and students sitting in their seats and listening to what the teacher is saying. The expectation is that the teachers explain and the students listen; therefore, proficiency is defined in this way: Proficient teachers can explain. Proficient students can re-explain.

However, next generation behaviors, values, and expectations are different. In a next generation culture, teachers are valued for their ability to maintain rigor across the three dimensions of the new science standards: the science and engineering practices, the disciplinary core ideas, and the crosscutting concepts.

The role of a teacher in a next generation science classroom is more nuanced and skillful than in a traditional classroom simply because a traditional classroom is one-dimensional, not three-dimensional, focused exclusively on delivering content.

In a next generation classroom, the expectation for teachers is that they are coaching and refining skills, stepping back and helping students to engage in a productive struggle. In this culture, teachers are valued for their ability to question and challenge students’ skills and thinking.

The value in a next generation classroom comes from the teacher who can maintain rigor and adjust supports, who can coach skills and ask questions that lead students to think differently, and students who can engage in that process.

Culture in buildings and districts

The culture set by a building or classroom helps to shape the expectations of both students and teachers.

Therefore, leadership needs to focus on coaching and empowering their teachers so they can see others practice, discussing values, expectations, and beliefs about what is possible within their student body and teachers.

The vision that’s set by instructional leaders creates the standard that teachers and students will be measured by.

 

“Growing up, I wanted to be an inventor, solving problems that would help people have better lives. Every day at KnowAtom is an opportunity to invent solutions that give thousands of students and teachers a better experience doing science, engineering, technology, and math (STEM). Providing educators with professional satisfaction and students with the opportunity to understand the world we live in is my way of helping people have better lives.”