The Common Core standards have been thoroughly input into the curriculum, and now the NGSS is becoming increasingly more intertwined in the science curriculum.
Common Core and NGSS: History and Implementation
Common Core is a new set of standards in English and Mathematics for grades K-12 which focuses curriculum on critical thinking, writing, reading, literacy and making connections within various topics in classrooms.
The official Common Core website states that the new standards are:
- Research and evidence based
- Clear, understandable and consistent
- Aligned with college and career expectations
- Based on rigorous content and the application of knowledge through higher-order thinking skills
- Built upon the strengths and lessons of current state standards
- Informed by other top-performing countries to prepare all students for success in our global economy and society
California first adopted these standards on Aug. 2, 2010 and began to fully implement them during the 2014-2015 school year.
California adopted the NGSS in September 2013, and 14 other states have also adopted the standards.
NGSS includes “Three Dimensions”: Practices, Crosscutting Concepts and Disciplinary Core Ideas.
Practices include scientific investigation and theoretical skills used by modern scientists, engineering practices, and the importance of science, technology, engineering and mathematics (STEM) in everyday life.
Crosscutting Concepts includes various scientific topics of high importance which students should know thoroughly and relate to each other.
“It’s teaching students to be scientists, rather than just learning about science, [they’re] actually seeing the process of science, which is certainly beneficial,” Chemistry, Physics and AP Physics teacher John Weldele on the impact of Common Core on scientific curriculum.
Disciplinary Core Ideas apply to four areas: physical sciences, life sciences, earth and space sciences, and engineering, technology and applications of science.
The official website for NGSS states that to be considered for teaching in these areas, teachers must meet at least two of the following criteria:
- Have broad importance across multiple sciences or engineering disciplines or be a key organizing concept of a single discipline;
- Provide a key tool for understanding or investigating more complex ideas and solving problems;
- Relate to the interests and life experiences of students or be connected to societal or personal concerns that require scientific or technological knowledge;
- Be teachable and learnable over multiple grades at increasing levels of depth and sophistication.
Foothill’s Science Curriculum Changes with NGSS
Foothill teachers explained the impact of Common Core on scientific curriculum.
“The content of chemistry or biology hasn’t really changed, it’s just how we’re teaching that content,” Chemistry, Physics and AP Physics teacher John Weldele said.
“It’s teaching students to be scientists, rather than just learning about science, [they’re] actually seeing the process of science, which is certainly beneficial.”
Since the implementation of NGSS into Foothill, many teachers have altered their curriculum to better fit the new standards.
“I’ve put in a lot more engineering in all aspects of my classes. For example, in Physiology we are going to be engineering treatments for diseases, designing solutions for treatments of diseases, we are going to engineer a bone that is functional,” Biology and Physiology teacher Mika Anderson said.
“In Biology, we’re going to be looking at a lot of data sets, they’re going to do a lot of analysis. It’s going to be very much more aligned to Common Core math: taking data, interpreting data, solving problems problems using this data, making predictions using this data.”
Teachers discussed why teaching with NGSS is more difficult than traditional learning.
“It’s harder to teach NGSS because your taking them to the next step. It’s not about do you know the facts now, but can you apply the facts, can you make it useful, can you integrate all the disciplines to solve a real-world problem,” Anderson said.
“That’s another level of critical thinking, which makes it harder and also more engaging; at the same time it’s more meaningful.”
Teachers said that there are complications with implementing NGSS into curriculum without student preparation.
“I love the new standards, honestly I love the new standards. When I first heard about it, it really lined up with what I’ve always wanted to do in my classroom. This is why I wanted to teach science,” Biology and Physiology teacher Mika Anderson said.
“The new standards are supposed to be kindergarten through 12th grade. So, the idea is that they would be learning all these skill sets and they would be learning the content K-12 instead of just starting at 9th grade,” Anderson said.
“So hopefully in eight years we will have the first set of 9th graders who have the background knowledge and I don’t have to cover as much topical material as much as take what they already know and really go into engineering. I’m cutting out a lot now just because we are at that initial transition phase where they’re coming in with nothing.”
Bova explained the challenges of implementing new standards.
“With anything new, implementing brand new standards, a different way of learning, different approach, it’s a ton of work and [the teachers] spent a lot of time planning.”
Anderson explained the shift in new Common Core and NGSS from traditional learning and how the new standards explain the “why” of a problem.
The Difficulties of NGSS
While the Common Core allows teachers more insight on each student’s abilities and understanding, it also is much more strenuous on the teacher.
Instead of creating a chart on average student performance from a multiple choice test, the teachers must evaluate each student’s comprehension and understanding.
“The hardest thing about Common Core is evaluating students on Common Core. There’s a reason why teachers gave multiple choice exams. If you have 130 to 140 students it’s easier to assess a test on content, put it into a Scantron machine or the Illuminate and have it come out with the score tomorrow or the next day,” Anderson said.
“I need time to look at responses, I need time to listen to responses, I need time to see their response in terms of their behavior as well, it’s not just written work […] I’m really struggling with the time commitment that it takes to evaluate Common Core. Philosophically it’s amazing, from a practical standpoint, I’m having a really hard time practically to be able to grade.”
Until the NGSS has developed a test that reflects the student’s understanding of the new standards, Foothill’s science students will take the older California Standards Test.
NGSS Presents Students with New Benefits
Anderson said that NGSS prepares students for jobs in a world filled with technology.
“We live in a world where information is so easily accessible. You go on a search engine on the web and you have facts. If all you know how to do is how to find facts, then you’re easily replaceable by a robot. Robots can do that, computers can do that.”
“The people who can maintain jobs are people who know how to use the information to solve a problem, that know how to use the information to produce a product that know how to use the information and apply it to a certain aspect of society and I think those are the jobs that aren’t replaceable by a computer.”
Overall, Anderson thinks that the NGSS has a beneficial effect on education.
“I love the new standards, honestly I love the new standards. When I first heard about it, it really lined up with what I’ve always wanted to do in my classroom. This is why I wanted to teach science.”
“All the CST testing in the past has kind of prevented us from being able to explore science as a process rather than science being a set of facts to memorize. So, I was really excited about it.”
Featured Photo: Grace Carey/The Foothill Dragon Press