That's So Meta(cognitive)

This module introduces the fundamental concept of metacognition and its importance in science education. Students will explore what metacognition is – the process of thinking about one's thinking and learning – and how it can be developed in educational settings. The module examines various metacognitive strategies that educators can implement to support student learning and achievement in science classrooms, helping students become more effective, self-directed learners who can integrate knowledge rather than simply memorizing isolated facts.

This module focuses on the different types of knowledge students develop in science education and methods for identifying and measuring this knowledge. Students will learn about distinctions between declarative, procedural, conditional, and conceptual knowledge, and how these different knowledge types contribute to scientific understanding. The module explores assessment techniques that can help educators evaluate not just what students know, but also how they know it and how they apply their knowledge, providing a foundation for more effective metacognitive instruction.

This module examines how metacognitive strategies can be identified and implemented in science teaching across diverse educational settings. Students will learn to recognize various metacognitive approaches in teaching practices and understand how these strategies support student learning in different contexts and with diverse student populations. The module provides practical examples of educators using metacognitive techniques such as reflection prompts, thinking journals, self-questioning, and planning strategies to enhance student understanding and application of scientific concepts.

This module focuses on the practical application of metacognitive strategies in science education through lesson plan development. Students will learn to design and implement lessons that explicitly incorporate metacognitive elements to help students reflect on, monitor, and direct their own learning processes. The module guides educators through creating structured learning experiences that prompt students to ask themselves questions like: What is the problem to be solved? How should I solve it? How well am I doing? How well did I do? How can I improve next time? These lesson plans will help students develop the habits of mind necessary for scientific thinking and investigation.