Science and Engineering Practices Overview

This session explores the science and engineering practices, emphasizing their role in education. It outlines the eight key practices, their interconnections, and how they help students understand scientific knowledge and engineering work. The session also highlights the importance of language in engaging with these practices and provides guiding principles for their implementation in K-12 education.

What is one of the main goals of engaging students in science and engineering practices?

• To avoid scientific inquiry

• To appreciate the development of scientific knowledge

• To focus solely on engineering

• To memorize scientific facts

According to the guiding principles, how should students engage with the eight practices?

• Only in high school

• Across all grade levels with increasing complexity

• Sequentially without overlap

• Only in science classes

What is the best way to determine if a practice is being used for science or engineering?

• By the number of students involved

• By the teacher's preference

• By the goal of the activity

• By the tools used

Why is language important in engaging with science and engineering practices?

• It is only for English language learners

• It only matters in engineering

• It helps in understanding and communicating complex ideas

• It is not important

Which practice involves asking questions to define problems and design solutions?

• Developing and using models

• Analyzing and interpreting data

• Engaging in argument from evidence

• Asking questions and defining problems

What is a key aspect of developing and using models in science?

• To use models only in engineering

• To avoid empirical evidence

• To represent systems and generate data for predictions

• To focus only on physical models

In the context of science and engineering practices, what is the role of mathematics and computational thinking?

• To focus only on theoretical models

• To enhance investigations and analyses

• To automate all scientific processes

• To replace scientific inquiry

What is the primary goal of constructing explanations and designing solutions?

• To solve problems and explain how the world works

• To memorize scientific theories

• To avoid systematic processes

• To focus only on data collection

How do scientists and engineers use argumentation in their practices?

• To avoid disagreements

• To identify the best explanations and solutions

• To focus only on personal opinions

• To disregard evidence

What is a fundamental practice of science and engineering related to information?

• Avoiding written communication

• Focusing only on oral communication

• Reading, interpreting, and communicating information

• Ignoring technical texts