Podcast
Questions and Answers
What is emphasized as the greatest utility of integrated STEM education?
What is emphasized as the greatest utility of integrated STEM education?
- Using mathematics and science together (correct)
- Implementing engineering without technology
- Teaching STEM subjects individually
- Focusing on technological literacy only
Which two areas are indicated as necessary for inquiry and design in STEM education?
Which two areas are indicated as necessary for inquiry and design in STEM education?
- Technology and Mathematics (correct)
- History and Geography
- Engineering and Literature
- Science and Art
According to previous studies, what aspect of STEM education did preservice elementary school teachers value?
According to previous studies, what aspect of STEM education did preservice elementary school teachers value?
- Its irrelevance to elementary education
- Its complexity and difficulty
- It being important for various reasons (correct)
- It being mainly a secondary school focus
What does the modified model of integrative STEM learning emphasize?
What does the modified model of integrative STEM learning emphasize?
Why might understanding pre-service teachers' views on STEM be significant?
Why might understanding pre-service teachers' views on STEM be significant?
Which statement reflects a common misconception about STEM education among those who disagreed with its importance?
Which statement reflects a common misconception about STEM education among those who disagreed with its importance?
What can be inferred about the importance of STEM education based on the references provided?
What can be inferred about the importance of STEM education based on the references provided?
Which of the following options highlights a concern raised by one of the respondents about testing and teaching approaches?
Which of the following options highlights a concern raised by one of the respondents about testing and teaching approaches?
Which document discusses the characterizations of STEM teacher education?
Which document discusses the characterizations of STEM teacher education?
What is emphasized in the environmental literacy course mentioned in the content?
What is emphasized in the environmental literacy course mentioned in the content?
What is one primary purpose of integrating math and science in education?
What is one primary purpose of integrating math and science in education?
Why is it important to address gender bias in STEM education?
Why is it important to address gender bias in STEM education?
How does preparing students for STEM careers benefit their future job prospects?
How does preparing students for STEM careers benefit their future job prospects?
What does STEM education promote in terms of student learning?
What does STEM education promote in terms of student learning?
What is a misconception about STEM that was highlighted in focus group discussions?
What is a misconception about STEM that was highlighted in focus group discussions?
What outcome is expected from integrating science experiments with math?
What outcome is expected from integrating science experiments with math?
How do STEM initiatives affect students' future learning experiences?
How do STEM initiatives affect students' future learning experiences?
What is a key finding regarding preservice teachers' views on STEM education?
What is a key finding regarding preservice teachers' views on STEM education?
What implication was suggested for preservice teacher coursework related to STEM?
What implication was suggested for preservice teacher coursework related to STEM?
How do the findings reflect the complexity of elementary teachers' views on STEM?
How do the findings reflect the complexity of elementary teachers' views on STEM?
What does the increasing complexity of reasons for STEM importance among preservice teachers suggest?
What does the increasing complexity of reasons for STEM importance among preservice teachers suggest?
What was the primary focus of the research discussed?
What was the primary focus of the research discussed?
Flashcards
Integrative STEM Learning
Integrative STEM Learning
An approach where science, technology, engineering, and mathematics are integrated to solve real-world problems.
Integrated Nature of STEM
Integrated Nature of STEM
Involves applying science and mathematics within a context of technology or engineering design to tackle problems.
Community of Practice
Community of Practice
A community of individuals who share a common interest and work together to learn and improve.
Technological Literacy
Technological Literacy
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Science Inquiry
Science Inquiry
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Engineering Design
Engineering Design
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Mathematical Thinking
Mathematical Thinking
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Situated STEM Learning
Situated STEM Learning
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Data Triangulation
Data Triangulation
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Coding Transcriptions
Coding Transcriptions
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Developmental Appropriateness
Developmental Appropriateness
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Focus Group
Focus Group
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Survey
Survey
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Validating Findings
Validating Findings
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STEM Education
STEM Education
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Standardized Testing
Standardized Testing
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Integrated STEM Learning
Integrated STEM Learning
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STEM for All Jobs
STEM for All Jobs
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STEM Pipeline
STEM Pipeline
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Developing Problem-Solving Skills
Developing Problem-Solving Skills
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Promoting Gender Equity in STEM
Promoting Gender Equity in STEM
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Making STEM Relevant
Making STEM Relevant
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Nurturing Positive STEM Attitudes
Nurturing Positive STEM Attitudes
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Everyday Applications of STEM
Everyday Applications of STEM
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Integrated STEM Education
Integrated STEM Education
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Why is STEM Important?
Why is STEM Important?
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ESIF (Elementary STEM Importance Framework)
ESIF (Elementary STEM Importance Framework)
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ESIF (Elementary STEM Importance Framework)
ESIF (Elementary STEM Importance Framework)
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STEM as a Multifaceted Discipline
STEM as a Multifaceted Discipline
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Study Notes
Future Elementary Teachers' Perspectives on the Importance of STEM
- The chapter describes future elementary teachers' perspectives on the importance of STEM education at the elementary level.
- The emphasis on STEM across K-12 has increased, from funding agencies to standards documents like NGSS.
- Studies show that less instructional time is devoted to science in elementary schools compared to other subjects like English language arts and mathematics .
- The study, based on an earlier study (N=73), surveyed preservice teachers and recent graduates about the importance of STEM at the elementary level using an online survey and open-ended questions.
- All respondents in the earlier study reported STEM education as important, listing 10 different reasons.
- The diversity of reasons varied significantly across the data set.
- A new, more comprehensive study (N=149), replicated the earlier research using a focus group of a subset of surveyed participants.
- All participants were pre-service teachers in four or five-year teacher preparation programs.
Defining STEM Education
- STEM is defined as a process of meaningful interdependence among all disciplines: Science, Technology, Engineering, and Mathematics.
- A STEM teacher could be someone who teaches any one of the four STEM disciplines individually or someone who integrates content from two or more disciplines.
- The way teachers (current and future) discuss STEM varies considerably.
- Some emphasize interdisciplinary nature of STEM, as described in the Framework for K-12 Science Education and NGSS.
- Others focus on STEM's connection to science.
- Preservice elementary teachers with STEM-focused methods courses were better prepared for integrated instruction.
- Environmental literacy courses enhanced their perspective on interdisciplinary links.
Elementary STEM Importance Framework (ESIF)
- The ESIF is a framework used for analyzing responses to the question "Is STEM education important at the elementary level?".
- The framework has 10 codes, each with example responses.
Methodology
- The objective was to understand prospective teachers' perspectives on STEM education at the elementary level.
- A secondary objective was to evaluate the efficacy of a coding framework.
- A mixed methods approach was used, combining a survey with focus groups.
- The survey (Is STEM education important at elementary level? Why or Why not?) was used to gather responses which were coded using the ESIF framework.
- 149 surveyed participants: 94% female, 5% male, 1% unidentified gender and 84% white/Caucasian.
- An average GPA of greater than 3.0
- Focus groups of 4 participants employed to elaborate survey responses.
Findings
- Nearly all respondents (97%) agreed that STEM education is important at the elementary level.
- Reasons for importance were compared to the previous study.
- Some participants disagreed with the importance of STEM at the elementary level.
- Reasons cited for disagreement included developmental appropriateness and concerns about stress.
- Reasons given for the importance of STEM:
- Fundamental, real-life skills
- Building a strong base for future learning
- Nurturing positive attitudes toward STEM
- Interdisciplinary approach
- Preparing students for STEM jobs
- Encouraging higher-order thinking skills
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Description
This chapter explores future elementary teachers' perspectives on the significance of STEM education. It examines how the emphasis on STEM has evolved in K-12 education and highlights variations in reasons provided by preservice teachers for its importance. The study includes findings from both a previous research survey and a more comprehensive follow-up.