Engineering to Solve Real-World Problems - USA Science and Engineering Festival

The video discusses bioengineers testing blood clot catcher prototypes using a scale model of the circulatory system. It highlights integrated STEM modules developed through an NSF grant, focusing on life science and mathematics. Students use scale models and calculate unit rates to test prototypes, integrating math and science for real-world solutions. The video also covers the development and evaluation of integrated STEM curriculum for middle grades, emphasizing the challenge of creating impactful educational content.

What is the primary focus of the bioengineers' project mentioned in the video?

• Developing new medications

• Testing blood clot catcher prototypes

• Creating artificial organs

• Studying brain functions

Which two subjects are integrated into the STEM module discussed in the video?

• Art and Music

• Geography and History

• Biology and Mathematics

• Physics and Chemistry

What mathematical concept are students using to test their prototypes?

• Probability

• Statistics

• Unit rate

• Geometry

What is the main goal of the grant mentioned in the video?

• To organize science fairs

• To fund new laboratory equipment

• To develop integrated STEM curriculum

• To hire more teachers

What is one of the challenges in designing integrated STEM curriculum?

• Increasing class sizes

• Developing impactful educational experiences

• Reducing costs

• Finding enough students