SCIENTIFIC LITERACY

Two women inside Scientific Literacy shape. One woman is using a microscope while another woman is reading a textbook.

The ability to

➔ Analyze and apply scientific methods

➔ Use scientific evidence to inform action

➔ Understand the role of science in society

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Percentage of Employers looking for Scientific Literacy

49%

of employers say “Knowledge of STEM fields (i.e. science, technology, engineering and mathematics)” is very important to be an effective worker.
– American Association of Colleges and Universities, The Career Ready Graduate, 2023

People studying bees in bee hive.

Elements


How science works
Analyze and apply scientific methods to draw tentative conclusions.

Strengths and limitations of science
Recognize and identify limitations to scientific approaches.

Scientific knowledge
Define and explain scientific terminology and apply relevant scientific concepts within a field to interpret or approach a problem. 

Scientific argumentation and reliability
Use reliable scientific information to support a claim or distinguish between conflicting scientific claims.

Science and Society
Identify how science is situated in various contexts, how science and society influence each other, and use this knowledge to inform decisions and actions. 

    Guiding Questions

    • Have I applied a valid and relevant scientific method to test a hypothesis? 
    • What limits are there to scientific approaches? 
    • Can I define and explain foundational concepts of a particular field of science?
    • How do I determine if scientific claims made by others are credible and reliable?  
    • What rhetorical strategies do scientists use?  
    • How is scientific research influenced by technology, culture, politics or economics?
    • How do scientific claims differentially impact society, politics, culture, or people’s lives?
    • How do scientific claims inform my own actions and decisions?

    Competency Fellow

    Sarah Beno sbeno@champlain.edu
    More Info