See module specification for other years:
2022-232023-24
Module will run
Occurrence
Teaching period
A
Semester 2 2024-25
Module aims
The module aims:
To develop students’ knowledge and understanding of learning in the educational context from the scientific perspectives of mind and brain.
To enhance understanding of the impact of education and learning on the brain processes underlying cognition and language.
To enable students to critically analyse a range of sources from neuroscience, psychology and education, and the overlaps between these disciplines.
To support students in examining several common neuromyths in the light of the relevant neuroscientific and educational evidence.
To develop fundamental knowledge and understanding of neuroimaging data acquisition and analysis techniques (primarily fMRI), with application to the study of language.
To enable students to examine current approaches to educational intervention focusing on the importance of developing evidence-based tools.
Module learning outcomes
Subject content
Knowledge and understanding of the different levels of explanation i.e. biological, cognitive and behavioural as they apply in Mind, Brain and Education contexts.
Knowledge and understanding of the basic parameters of brain development in the cognitive skills critical for Education (e.g. how the brain functions and changes during the development of reading and maths).
Basics of Neuroimaging tools and methods (EEG, fMRI, Eye-tracking).
Contributions of Neuroscience in addressing educational problems (e.g. the usefulness and neurobiological grounding of the discrepancy criteria to classify learning difficulties like Developmental Dyslexia).
Current debates on the relevance/usefulness of Neuroscience in Education.
Academic and graduate skills
The ability to analyse and critically evaluate the ways in which theories and data from differing disciplines (i.e. Psychology, Neuroscience and Education) can inform each other and enhance understanding (in this case, of learning and Education).
The ability to generate new evidence and test ideas through designing and conducting research involving quantitative and neuroimaging methods.
The ability to work proactively and autonomously to select and manage information in interdisciplinary and transdisciplinary approaches to educational topics.
The ability to use Mind, Brain and Education information to engage effectively in academic debate.
Module content
Lecture Content
The following outline is representative of the lectures that will be given but may be subject to small changes.
Lecture 1: Mind, Brain and Education: Has Neuroscience entered the classroom?
How Science meets Pedagogy
The evolution of Educational Neuroscience
Its current impact on Teaching and Learning
Lecture 2: Mind, Brain and Education Methods I
An introduction to Neuroimaging Tools
EEG: The Basic Principles
EEG: Data Analysis
Lecture 3: Mind, Brain and Education Methods II
MRI: The Basic Principles
MRI: Data Analysis
Lecture 4: Mind, Brain and Education Methods III
Eye-tracking: The Basic Principles
Eye-tracking: Data Analysis
Designing a Neuroimaging Study
Cognitive comparison strategies
Stimulus presentation possibilities
Technical aspects (e.g. signal to noise ratio; spatial & temporal resolution etc.)
Lecture 5: Mind, Brain and Education Contributions: The Speaking Brain
Neuroscience and spoken language development
Neuroscience and Bilingualism/Second Language Acquisition
Implications for Education and Teaching
Lecture 6: Mind, Brain and Education Contributions: The Reading Brain
Neuroscience and written language development
Neuroscience and developmental dyslexia
Implications for Education and Teaching
Lecture 7: Mind, Brain and Education Contributions: The Mathematical and Computing Brain
Neuroscience and mathematical cognition
Neuroscience and dyscalculia
Implications for Education and Teaching
Lecture 8: Mind, Brain and Education Contributions: The Emotional Brain
Neuroscience and emotional development
Neuroscience and Stress
Implications for Education and Teaching
Lecture 9: Mind, Brain and Education Current Debates
Neurohit or neuromiss?
Debunking Neuromyths
Implications for Education and Teaching
Formative assessment: poster plan (submission deadline to be confirmed by module tutor - 0% of module mark)
Indicative assessment
Task
% of module mark
Essay/coursework
100
Special assessment rules
None
Indicative reassessment
Task
% of module mark
Essay/coursework
100
Module feedback
Individual written feedback reports for summative assessments, with follow-up tutor meeting if necessary. The feedback is returned to students in line with university policy. Please check the Guide to Assessment, Standards, Marking and Feedback for more information
Indicative reading
Sousa, D. (Ed) (2010). Mind, Brain & Education: Neuroscience Implications for the Classroom. Bloomington, IN: Solution Tree Press.
Della Salla, S. & Anderson, M. (Eds) (2012). Neuroscience in Education: The good, the bad and the ugly. Oxford: Oxford University Press.