STEM Concepts

Mathematical Literacy

1. Problem-Based Learning:

● Use real-world problems that require mathematical modeling and reasoning, such as optimizing a business plan, analyzing population growth, or solving engineering challenges. ● Encourage students to pose their own questions and develop mathematical approaches to solving them.

2. Visualization and Tools:

● Utilize graphing calculators, software (e.g., GeoGebra, MATLAB), and other technological tools to visualize mathematical concepts and data. ● Teach students to interpret and create charts, graphs, and models to represent mathematical solutions.

3. Integration with Other STEM Fields:

● Apply mathematical concepts in science experiments (e.g., calculating reaction rates), technology projects (e.g., coding algorithms), and engineering designs (e.g., stress analysis). ● Use interdisciplinary projects to highlight the role of mathematics in solving complex STEM problems.

Extension

● Regularly connect classroom learning to real-world contexts, discussing how STEM professionals address global challenges, such as climate change, healthcare, and technological advancement. ● Use guest speakers, virtual feld trips, and industry partnerships to expose students to STEM careers and applications.

Resources/ Suggested Lesson(s) ● Standards for Technology and Engineering Literacy Video ● PBS Learning Knowledge of Technology Videos

Skills: ● Students can explain what it means to be Science, Technology, Engineering, and Math literate.

Scaffolded Learning: ● Science Lesson: https://thinkport.org/middle-school-literacy-lessons-science.html