Title: Economic Education and How People Learn
1Economic Education andHow People Learn
- Scott Simkins, Interim Director
- Academy for Teaching and Learning (ATL)
- North Carolina AT State University
- Acknowledgements Mark Maier, Glendale Community
College, Glendale, CA, USA
2Learning and the Brain
What do we know about learners and how people
learn? Brain research, neurons, and synapses
Learning is a biological process - Robert
Leamnson
3Learning Sciences Research
What do we know about learners and how people
learn? learning sciences research and
implications for teaching
How People Learn Brain, Mind, Experience, and
School (2000) Bransford, Brown, and Cocking,
National Academies Press
4Learning Sciences Research
What do we know about learners and how people
learn? learning sciences research and
implications for teaching
How Students Learn History, Mathematics, and
Science in the Classroom (2005) Committee on How
People Learn, A Targeted Report for Teachers,
Center for Studies on Behavior and Development,
National Research Council
5A Focus on Learning
- The Goal Better Learning
- How can we apply and extend new knowledge about
how people learn? - How can we create learning environments that
provide more opportunities for learning?
6Three Significant Learning Principles
- Engaging Students Prior Understandings
- Building Factual Knowledge and Conceptual
Frameworks - Developing Self-Monitoring Students
7Engaging Prior Understandings
8Engaging Prior Understandings
Preconceptions developed from everyday
experiences impose serious constraints on
understanding formal disciplines. - How Students
Learn History, Mathematics, and Science in the
Classroom
- Students have their own mental models already in
place. - Learning new ideas often requires unlearning
prior understandings. - Find out students prior understandings and help
them challenge those preconceptions.
9Building Conceptual Frameworks
- Learning with understanding affects our ability
to apply what is learned. - - How Students Learn History, Mathematics, and
Science in the Classroom - Developing expert (vs. novice) learners, deep
vs. surface learning - Help students use concepts to organize
information. - To improve transfer of knowledge, encourage
effort and practice, requesting multiple
representations, and introduce desirable
difficulties. - Build upon mental models that are already in
place.
10Building Conceptual Frameworks
Facts are important, but will be quickly
forgotten if not developed in a conceptual
framework.
- Depth matters more than breadth
- Give students lots of practice using concepts and
theories applying them to real-world tasks.
11Developing Self-Monitoring Students
- You are the owners and operators of your own
brain, but it came without an instruction book.
We need to learn how we learn. - - How Students Learn History, Mathematics, and
Science in the Classroom - Help students become aware of their learning
processes. - Encourage students to ask questions What
information is needed? What do I know about this
problem? How did I solve this? - Encourage student reflection about the learning
process.
12Developing Self-Monitoring Students
- Understanding how we
- know things matters,
- not just the things
- we know.
- Help students reflect on the thought process of
knowing, not just the content.
13From Theory to Practice
- Potential Pedagogies to Promote Learning
- Just-in-Time Teaching (JiTT)
- Problem-based learning
- Collaborative learning techniques (CoLTs)
- Context-rich problems
- Peer Instruction
- Classroom Assessment Techniques (CATs)
- others
14Designing Learning Environments
- Knowledge-centered
- Experts vs. novices
- Transfer of knowledge
- Learner-centered
- Pre-conceptions
- Metacognition
- Assessment-centered
- Formative assessment and feedback
- Self-assessment
- Community-centered
- Knowledge is socially constructed
- Creating an environment for intentional learning
How People Learn Brain, Mind, Experience, and
School (2000) Bransford, Brown, and Cocking,
National Academies Press.