PSYED502 – Cognitive Neuroscience in Educational Psychology

MSc in Educational Psychology – Distance Learning

Core Course

PSYED502 – Cognitive Neuroscience in Educational Psychology

Course Unit Code: PSYED502

Type Of Unit: Distance Learning

Level of Course Unit: Postgraduate

Year of Study: Year 1

Semester: Semester 1

Number of ECTS Credits: 10

Class Contact Hours: 12

Mode of Delivery

Distance Learning

Prerequisites

No

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This course introduces students to Cognitive Neuroscience in Educational Psychology, a field that integrates cognitive neuroscience, psychology, and education. Students will learn about the basic anatomy and function of the brain, neuroplasticity and its role in learning, and tools used to study cognitive processes. Through assignments and lecture discussions, students will critically examine whether understanding brain changes during learning can guide the development of learning strategies and teaching methods that offer real educational benefits.

The Study Guide supports students in their study process and serves as a reference point between the course teacher and the students. It complements the required literature and additional assignments provided during the semester.

Students will engage in thirteen thematic units requiring critical reflection, debate, and question formulation, with opportunities for discussion during consultation meetings.

Each thematic section includes: Purpose, Theoretical Background, Learning Objectives, Key Concepts, Useful Study Resources, Questions for Reflection and Critical Thinking, and Estimated Study Time.


General Objectives of the Course

Through this course, students will explore:

  • Major structures of the brain

  • Neuroplasticity and its connection to learning

  • Relationships between learning, sleep, emotions, and exercise

  • Teaching approaches informed by brain development research aimed at enhancing learning

Learning Outcomes

Upon completing the course, students are expected to:

  • Learn about the major brain structures

  • Understand differences in brain development at various age stages

  • Understand the concept of neuroplasticity

  • Learn about how sleep, exercise, and emotions relate to neuroplasticity and learning

  • Critically evaluate whether educational programs at different stages align with appropriate stages of brain development

Introductory Note

THEMATIC UNIT 1: Introduction to Cognitive Neuroscience in Educational Psychology
THEMATIC UNIT 2: Imaging Techniques in Neuroscience
1st Tele-meeting

THEMATIC UNIT 3: Brain Development during the Fetal Stage
THEMATIC UNIT 4: Neurons, Neurotransmitters, and Neuroplasticity of the Brain
2nd Tele-meeting

THEMATIC UNIT 5: Introduction to Brain Structure
THEMATIC UNIT 6: Intelligence and Neuroplasticity
3rd Tele-meeting

THEMATIC UNIT 7: Sleep, Memory, and Learning
THEMATIC UNIT 8: Emotions and Learning
4th Tele-meeting

THEMATIC UNIT 9: Brain, Arts, and Emotional Control
THEMATIC UNIT 10: Exercise, Neuroplasticity, and Learning
5th Tele-meeting

THEMATIC UNIT 11: Development of Educational Practices During Childhood
THEMATIC UNIT 12: Development of Educational Practices During Adolescence
6th Tele-meeting

Course Features

Tele-meetings

Six two-hour tele-meetings will be held with the course instructor throughout the semester. These meetings support deeper discussions, clarify questions, and promote active participation.

Before each meeting, students must review materials posted on the University of Limassol online platform, complete reflection questions for each thematic unit, and prepare additional questions for plenary discussion.

Assessment

  • 10% – Five interactive activities (2% each)

  • 20% – Individual assignment

  • 20% – Group assignment

  • 50% – Final examination

To sit the final exam, all intermediate requirements must be completed. A minimum overall grade of 55% is required to pass.

Readings

  • Ansari, D., Coch, D., & De Smedt, B. (2011). Connecting Education and Cognitive Neuroscience: Where will the journey take us? Educational Philosophy and Theory, 43(1), 37–42. DOI: 10.1111/j.1469-5812.2010.00705.x
  • Goswami, U. (2004). Neuroscience and education. British Journal of Educational Psychology, 74, 1–14.
  • Lyman, L. (2016). Brain Science for Principals: What School Leaders Need to Know. Maryland: Rowman & Littlefield