That's So Meta(cognitive)!

An Online Workshop by Smithsonian Science Education Center

Course Description

Embark on an enlightening journey with "That's So Meta(cognitive)!", an innovative online workshop designed by the Smithsonian Science Education Center (SSEC) in collaboration with FableVision Studios. This course, part of the "Science of Teaching Science" series, is a game-changer for K-12 science educators seeking to revolutionize their teaching methods and enhance student learning outcomes.

Dive deep into the world of metacognition, a crucial skill that empowers students to become self-directed learners and critical thinkers. This workshop, based on the animated series "Good Thinking!", provides educators with cutting-edge strategies to foster reflective thinking skills and implement science and engineering practices in their classrooms.

What Students Will Learn

  • A comprehensive understanding of metacognition and its impact on student learning and achievement
  • Techniques to identify and measure different types of knowledge
  • Practical metacognitive strategies for diverse teaching settings
  • Skills to develop effective lesson plans that incorporate metacognitive approaches in science education
  • Methods to enhance inquiry-based learning and student-centered learning approaches
  • Strategies to improve overall teaching practices and promote educator professional growth

Prerequisites

No prior knowledge or skills are required to participate in this workshop. It is designed as an introductory-level course, making it accessible to all educators interested in enhancing their teaching methods.

Course Coverage

  • Definition and importance of metacognition in science education
  • The reflective process and its role in student learning
  • Science and Engineering Practices (SEP) and their integration into lesson plans
  • Crosscutting Concepts (CCC) and their application in teaching
  • Next Generation Science Standards (NGSS) and their relevance to metacognitive strategies
  • The Nature of Science (NOS) and its connection to metacognitive learning
  • Practical examples of metacognitive strategies in action
  • Developing and implementing metacognitive-focused lesson plans
  • Assessing and measuring student progress in metacognitive skills

Who This Course Is For

  • K-12 science educators looking to enhance their teaching methods
  • Curriculum developers seeking innovative approaches to science education
  • School administrators interested in improving STEM education in their institutions
  • Teacher trainers and professional development coordinators
  • Anyone passionate about advancing science education and student-centered learning approaches

Real-World Application of Skills

The skills acquired in this workshop are immediately applicable in the classroom, allowing educators to:

  1. Create more engaging and effective science lessons
  2. Foster critical thinking and problem-solving skills in students
  3. Improve student performance in science subjects
  4. Prepare students for future academic and professional success in STEM fields
  5. Enhance overall teaching effectiveness and professional growth
  6. Contribute to the development of a more scientifically literate society

Syllabus Overview

  1. Introduction to metacognition and its importance in science education
  2. The reflective process and its application in the classroom
  3. Identifying and measuring different types of knowledge
  4. Metacognitive strategies for diverse learning environments
  5. Integrating Science and Engineering Practices (SEP) into lesson plans
  6. Applying Crosscutting Concepts (CCC) in teaching
  7. Aligning lessons with Next Generation Science Standards (NGSS)
  8. Understanding and teaching the Nature of Science (NOS)
  9. Developing metacognitive-focused lesson plans
  10. Assessing student progress in metacognitive skills
  11. Practical applications and case studies
  12. Reflection and future implementation strategies