Neuro-Link serves educational organizations as follows:
1. Assessments for teachers – The NAP™ Advanced+ brain profile assessment is done with teachers/lecturers to understand their own neurodesign and how it will influence the way they teach.
2. Teacher training – based on neuroscience of learning research, the following themes are covered:
- learning implications of the brain
- impact of people’s neurological design on learning
- brain ergonomics (humanizing) the classroom
- brain fitness activities to improve transfer of learning
- designing educational material according to the learning preferences of the brain
- aligning subject and career choices with neurodesign. learning strategies for 21st century learners
- emotional intelligence for the classroom
3. Assessments of students – the NAP™ Toolbox brain profile assessment is done on students to understand how uniquely the student prefers to learn and how their learning performance can be improved.
4. Student debriefing – A group debriefing is held with parents of students to help them understand how the student prefers to learn, how they can assist the student learn better and easier and how to align subject and career choices with the students’ neurodesign.
5. Student training – Students do a study skills course to align their learning strategies with their unique brain profile.
Teacher Training:
There are 3 training phases for teacher training:
PHASE 3: 12 EMOTIONAL INTELLIGENCE COMPETENCIES (1 Day)
You can’t improve what you can’t measure.
Neuro-Link has developed the Neuro-Agility Profile™ Toolbox for:
- Teacher/lecturer training – educating facilitators of learning to understand how these 13 neuro-agility factors will influence their style of learning transfer as well as that of their learners and aligning their learning transfer to be inclusive of all learning preferences.
- Subject and career choices – parents, children, students, educational psychologists, teachers, remedial teachers and career psychologists will be able to make more informed subject and career choices with a predictive analyses, aligning their neurological design with the choices they make.
- Learning performance optimization – learners will accelerate their learning and obtain better results when identifying their unique learning preferences and aligning their preferences with obtaining appropriate learning strategies and skills.