University Specialization Course in:
Neuroscience Applied to Education
Free registration for teachers and 100% subsidizable through Fundae for private and subsidized centers, as long as you are in the General Social Security Regime, RD 694/2017, of July 3. (Register through your center)
Course included in the Aprende_TIC Grants Program. For its completion, the AULA_SMART Foundation will donate you a laptop, iPad, Chromebook or other ICT equipment. (Valid for all teachers in private, state-funded and subsidized schools)
Course start date
All communities
- September 17, 2024 to November 12, 2024
- October 1, 2024 to November 26, 2024
Catalonia
- September 17, 2024 to December 12, 2024
Qualification: University of Vitoria-Gasteiz EUNEIZ
Duration: 120 hours
Credits: 4 ECTS
Modality: Online
Location: AULA_Interactiva Campus
Cost: No cost for the Center or the Teacher. RD 694/2017, of July 3
FUNDAE: 100% eligible for tax credit
FA_S Donation: Laptop, iPad, Chromebook or ICT equipment
Valid for scoring in the teaching opposition scale according to RD 276/2007 of February 23 and for the scale corresponding to the state-wide transfer competition, according to Royal Decree 1364/2010 of October 29.
Improve your teaching with the course “Neuroscience Applied to Education”! Learn how the brain works and apply this knowledge to optimize your students’ learning. Online course, 100% eligible for funding and with a university degree. Sign up now and receive a free ICT device!
(*) No cost for the Center or the Teacher according to RD 694/2017, of July 3.
(**) For students who are not going to take the course through their center
Neuroscience Applied to Education
Goals
The main objective of the “University Specialization Course in Neuroscience Applied to Education” is to provide participants with a deep understanding of how the brain works and how this knowledge can be used to improve learning.
The course is divided into several modules, each with a specific objective:
Neuroscience, Neuroeducation Concepts and Neuromyths: This module focuses on defining and understanding these key concepts in the field of educational neuroscience. Participants will learn to distinguish between facts and myths in neuroscience and how these apply to education.
How the Human Brain Works on Learning: In this module, participants will gain a deep understanding of how the human brain works and how it affects learning. The latest research in neuroscience will be explored and how it can be applied in the classroom.
Implementation of appropriate resources, measures and characteristics of neuroscience in educational programs: This module teaches participants how to implement resources and measures based on neuroscience in educational programs. The objective is to help students with High Abilities to develop their potential to the maximum.
Contributions of neuroscience to Autism Spectrum Disorder: Participants will learn about the latest advances in neuroscience in relation to Autism Spectrum Disorder. The implications of these advances for education and support for students with this disorder will be discussed.
Identification and analysis of the main emotions that influence the brain on learning: Participants will learn to identify and analyze the emotions that have a greater impact on learning from a neuroscientific perspective. Strategies to manage these emotions in the classroom will be explored.
Concept of neuroeducator and the main tools of neurotechnology: Participants will become familiar with the concept of neuroeducator and learn how to use the main tools of neurotechnology in the educational field. How these tools can be used to improve student learning and performance will be discussed.
In summary, this course prepares participants to apply the principles of neuroscience in the classroom, in order to enhance student learning and development. Participants will leave the course with a solid understanding of neuroscience and how it can be applied in education, as well as practical tools they can immediately begin using in their work.
Neuroscience Applied to Education
What it prepares you for
The “University Specialization Course in Neuroscience Applied to Education” can open various professional opportunities:
Teacher: Knowledge acquired in neuroscience can be applied in the classroom to improve learning processes.
School Counselor: Participants will be able to use their knowledge of neuroscience to detect and address special educational needs.
Educational Consultant: Participants will be able to advise educational institutions on the implementation of teaching strategies based on neuroscience.
Educational Neuroscience Researcher: Participants will be able to continue their academic training and conduct research in the field of neuroscience applied to education.
Educational Material Developer: Participants will be able to design and develop educational materials based on neuroscience principles.
Teacher Trainer: Participants will be able to train other teachers in the use of neuroscience-based teaching strategies.
It is important to mention that professional opportunities may vary depending on the participant's previous training and the specific needs of the place where they wish to work.
Neuroscience Applied to Education
Who is it addressed to?
The “University Specialization Course in Neuroscience Applied to Education” is aimed at:
Teachers: Teachers can benefit from neuroscience insights to improve their teaching strategies and better understand the needs of their students.
Psychologists: Psychology professionals can apply the principles of neuroscience to better understand students' learning and development processes.
Education and health professionals: Those working in education and health-related disciplines may find this course useful in enhancing their professional practice.
Psychology and Education Graduates: Graduates in these disciplines can use this course to specialise and improve their career prospects.
Psychology and education students: Students in the final semesters of these courses can benefit from this course to complement their academic training.
It is important to mention that this course can be especially useful for those who wish to work on the detection and intervention of special educational needs, as well as on the implementation of teaching strategies based on neuroscience.
Neuroscience Applied to Education
Methodology
The course methodology is based on 100% online learning, through the Aula_SMART virtual campus, an innovative and easy-to-use platform that will allow you to access all the course content and resources from any location and device. The course has a highly specialized teaching team, made up of education professionals with extensive experience and training in the analysis of teaching skills. They will accompany and guide you throughout the learning process, through personalized tutoring by phone, chat, email and even videoconference. The teaching method is completely multidisciplinary, as it combines different pedagogical approaches and strategies, such as:
- Theoretical content, where the fundamental concepts and principles of the analysis of teaching competencies will be presented, as well as the normative and reference frameworks that regulate them.
- Practical content, where theoretical knowledge will be applied to real or simulated cases of educational practice, using tools and methodologies to evaluate and develop teaching skills.
- Self-assessment activities, where teachers will reflect on their own teaching performance and on areas of strength and improvement, as well as on strategies to enhance them.
- Collaborative learning activities, where the exchange of experiences, opinions and proposals will be encouraged through forums.
In this way, the course methodology offers you dynamic, participatory training adapted to your needs and interests, which prepares you to be a competent and effective teacher, capable of adapting to the demands and challenges of today's education.
Neuroscience Applied to Education
Official character
Valid for scoring in the teaching opposition scale according to RD 276/2007 of February 23 and for the scale corresponding to the state-wide transfer competition, according to Royal Decree 1364/2010 of October 29.
This training is not included in the scope of official regulated training (Early Childhood Education, Primary Education, Secondary Education, Official Vocational Training FP, Baccalaureate, University Degree, Official University Master's Degree and Doctorate). It is therefore a complementary and/or specialization training, aimed at the acquisition of certain competences, skills or aptitudes of a professional nature, and may be scored as merit in job banks and/or competitive examinations, always within the section of Complementary Training and/or Continuing Training, always being essential to review the specific scoring requirements of the specific public job bank to which we wish to apply.
Neuroscience Applied to Education
Syllabus
Download the syllabus for free in .pdf format
Topic 1
1.1. Introduction
1.2. Neuroscience
1.2.1. Origin and evolution of neuroscience
1.3 Neuroeducation
1.4. Neuromyths
1.4.1. Students learn best when they receive information through their dominant learning style: auditory, visual, and kinesthetic.
1.4.2. Humans only use 10% of their brain
1.4.3. Hemisphere theory: left brain/right brain
1.4.4. Learning conditioning up to three years of age
1.4.5. Brain gymnastics is supported by neuroscience
1.5. Summary
Topic 2
2.1 Introduction
2.2 Parts of the brain, their functions and properties
2.2.1 Central nervous system (CNS)
2.2.2 Peripheral nervous system (PNS)
2.2.3 Functional areas of the cerebral cortex
2.2.5 Cerebral dominance
2.3 Attention, memory, learning in the brain, motivation and plasticity
2.3.1 Attention
2.3.2 Memory
2.3.3 Motivation
2.3.4 Brain plasticity
2.3.4.1 Synaptic plasticity
2.4 Physical, psychological and environmental conditions of the learning brain
2.4.1 Physical conditions
2.4.2 Psychological conditions
2.4.3 Environmental conditions
2.5 Learning and brain development in childhood, adolescence, adulthood
2.5.1 Development and learning in childhood
2.5.2 Development and learning in adolescence
2.5.3 Development and learning in adulthood
2.6 Summary
Topic 3
3.1 Introduction
3.2 Talent and High Abilities
3.2.1 Definition of High Abilities
3.2.2 High Abilities and the Brain
3.2.3 Methodologies for working with High Abilities
3.2.3.1 Curricular enrichment
3.2.3.2 Cooperative work
3.2.3.3 Gamification
3.2.3.4 Corners or expansion workshops
3.3 High abilities, neuroscience and educational areas
3.3.1 Science area
3.3.1.1 Proposals and resources for the science area
3.3.2 Language and literature area
3.3.2.1 Proposals and resources for the area of Language and Literature
3.3.3 Social and artistic area
3.3.3.1 Proposals and resources for the social area
3.3.3.2 Proposals and resources for the Art area
3.4 Summary
Topic 4
4.1. Introduction
4.2. Conceptualization of Autism Spectrum Disorder (ASD)
4.3. Contributions of neuroscience to autism spectrum disorder
4.3.1 Neurogenetics
4.3.2. Brain variations related to ASD
4.3.3. Neuropsychology
4.3.4. Neuromyths about ASD
4.4. Mirror neuron theory
4.5 TEA: neuroscience applied to education
4.5.1. Early care of ASD from neuroscience
4.5.2. Learning process of ASD from neuroscience
4.6. Summary
Topic 5
5.1. Introduction
5.2. Emotions
5.2.1 The brain of emotions
5.2.2. Emotions: typology and functions
5.3. Neuroscience, emotions and learning
5.4. Neuroscience and emotional education
5.4.1 Theoretical foundation of emotional education
5.4.2. Objectives and principles of emotional education
5.4.3. Teaching process: teacher
5.4.4. Emotional intelligence and emotional education
5.5. Creativity
5.5.1. Conceptualization and contextualization of creativity
5.5.2. The creative and emotional brain
5.5.3. Stimulating creativity in the classroom
5.6. Summary
Topic 6
6.1 Introduction
6.2 Neuroeducators
6.3 New methodologies derived from technology
6.3.1 Gamification
6.3.2 Flipped Classroom
6.3.3 Connectivism
6.4 Programs and applications
6.4.1 Attention
6.4.2 Visual, auditory, tactile and sensory integration skills to ensure the quality of information input into the brain
6.4.3 Motor skills, balance and vestibular, lateral development and spatial-temporal sense to promote brain processes related to learning
6.4.4 Language and memory
6.4.5 Executive functions
6.4.6 Learning difficulties
6.4.6.1 Dyslexia
6.4.6.2 Dyscalculia
6.4.6.3 Language difficulties
6.5 Robotics in education
6.5.1 Programming and creativity
6.5.1.1 Learning robotics
6.5.1.2 Programming tools
6.6 Summary
Topic 7
Topic 8
Neuroscience Applied to Education
Qualification
Homologable for competitive examinations
The continuing education courses are valid for scoring in the teaching competition scale, having a minimum duration of 125 hours (5 ECTS credits), to contribute up to a maximum of 2 POINTS in the "Other merits" section that are included in all the Calls for Competitions in Spanish territory, according to RD 276/2007 of February 23 (BOE 2/3/2007) on Access to the Teaching Civil Service. These courses are also valid for the scale corresponding to the state-wide transfer competition, according to Royal Decree 1364/2010 of October 29.
The duration of the courses in Catalonia must not exceed 10 hours per week and in Castilla y León 20 hours per week in order to be taken into account in their entirety according to the latest published bulletins (DOGC No. 6205 of 3/9/2012 and BOCYL No. 241 of 16/12/2014), so we have adapted the period of their completion.
Neuroscience Applied to Education
Do you have any questions about this course?
You can send us your query by filling out this form or in the following ways:
- By phone (+34) 951 411 800
- Via email
comunicacion@fundacionaulasmart.org
Related courses
AULA_SMART® Foundation
From the AULA_SMART® Foundation we work to develop and incorporate
New Technologies in the Education Sector.
Questions for the academic director
Neuroscience Applied to Education
What teaching methodology is used?
At TEEECH®, the online teaching methodology is characterized by its innovation and flexibility:
• 100% Online Methodology: TEECH® courses are taught entirely online, meaning that students can study from anywhere and at their own pace. This flexibility allows them to adapt their learning to their schedules and needs.
• Virtual Campus: Through the virtual campus, students access course content, interact with study materials, participate in discussion forums and carry out activities. The campus is a central platform where all the resources necessary for learning are found.
• Live Classes: Teachers teach live classes through video conferencing tools. Students can attend these classes in real time or watch the recordings later. This live interaction allows for clarification of doubts and encourages active participation.
• Relearning Method: TEEECH® uses a relearning method, which is based on the constant review and updating of content. This ensures that students are up to date with the latest trends and developments in their area of study.
In short, the teaching methodology at TEEECH® combines the convenience of online learning with real-time interaction and adaptability to individual student needs.
Are there opportunities for mentoring or additional support?
Yes, TEEECH® offers tutoring and additional support for students. Our team of tutors is available to provide assistance in specific areas of the course. You can schedule individual sessions or participate in study groups to clarify doubts, review concepts, and receive personalized guidance. In addition, the virtual campus also offers resources such as reference materials, practical exercises, and discussion forums where you can interact with other students and share knowledge.
What are the assessment strategies used in the course?
In the course taught online through our TEEECH® campus, students are faced with various assessment strategies to measure their progress and learning:
• Self-Assessment by Topic: At the end of each topic or unit, students participate in a self-assessment. This allows them to reflect on their understanding, identify areas for improvement, and consolidate what they have learned. The self-assessment may include multiple choice and/or true/false questions.
• Final Self-Assessment: At the end of the course, students take a final self-assessment. This test covers all of the course content and assesses their overall understanding. It includes review questions on all topics, allowing for an overall assessment of the knowledge acquired. It may include multiple choice and/or true/false questions.
• Practical Work: In addition to assessments, students must complete a practical project. This project allows them to apply the knowledge acquired in real situations. It can be a report, a simulation, a presentation or any task relevant to the course topic.
In summary, the combination of self-assessments, final assessment and practical work guarantees a comprehensive and meaningful assessment of student learning in the virtual environment.
Contact us
Do you have any questions?
You can also send us your query in the following ways:
- By phone (+34) 951 411 800
- Via email
comunicacion@fundacionaulasmart.org
AULA_SMART ® Foundation
C/ Palma del Río, 19 - MELIOR Building, 29004, Malaga
Phone: +34 951 411 800
E-mail: comunicacion@fundacionaulasmart.org
Website: www.fundacionaulasmart.org