Dyspraxia Lambeth

03/04/2026

As a Neurodivergent person would you help at a traffic accident? What would you do ?

03/04/2026

05/12/2025

https://youtu.be/vrzD2V4HNv4?si=FJghbWR_u76zjZl7

There’s not much new to say about autism that hasn’t already made it into the headlines. We all know the number of people diagnosed with this condition has e...

11/10/2025

https://socialsci.libretexts.org/Bookshelves/Psychology/Biological_Psychology/Introduction_to_Biological_Psychology_(Hall_Ed.)/05%3A_Interacting_with_the_world/5.01%3A_The_motor_system

03/10/2025

Why does Motor Skills Science Require an Evolution in Education and the Workplace

It's about that time to move past the phrase "just coordination." The scientific literature on fine and gross motor skills is extensive, interdisciplinary, and confirms that physical competence is a crucial factor in academic success and long-term occupational function.

However, a closer look at the research reveals a significant challenge: our professional practices in education and organizational development often lag behind the scientific rigor of the field. This leads to conceptual fragmentation, which hampers the reliable translation of complex scientific findings into standardized professional protocols (Cai et al., 2024).

1. The Educational Imperative: Moving from General Activity to Specific, High-Fidelity Intervention

For educational psychologists and teachers, motor skills are frequently recognized as strong indicators of school readiness and later academic achievement. Yet, research uncovers a critical barrier: the lack of unity in the categorization of fine motor skills (FMS) (Cai et al., 2024).

The Competence Gap:

Educators often treat FMS as a single metric. However, the literature calls for differentiation between specific sub-domains—such as fine motor manipulation (e.g., dexterity for using scissors) versus fine motor writing (e.g., control for legible handwriting) (Cai et al., 2024). The research linking FMS to academic achievement in certain areas is still considered "immature" (Cai et al., 2024).

The Required Evolution in Teaching Practice:Education must evolve from using broad FMS checklists to adopting standardized, specific assessments. This standardization is essential for ensuring Intervention Fidelity, which is the alignment of the executed program with its theoretical design (Hulsey et al., 2023).

Action for Educators: Prioritize fidelity.

Every motor skill program should rigorously assess indices like the quality of delivery and participant engagement to demonstrate that the intended outcome is a result of the program's design, rather than simply participation in general activities (Hulsey et al., 2023).

2. The Occupational Imperative: From Ergonomics to Neuro-Informed Lifespan Maintenance

In occupational psychology, the challenge lies not only in training but also in lifespan maintenance, particularly for an aging workforce where high-precision skills are essential (U.S. Bureau of Labor Statistics, 2024).

The Competence Gap: While organizations meticulously classify job requirements for manipulation (BLS, 2024), they often overlook the neurological realities of aging. Research indicates that age-related motor decline is linked to specific degeneration in the dopaminergic system and structural volume reductions in sensorimotor regions, such as the cerebellum (Seidler et al., 2010).

The Required Evolution in Occupational Practice:

Occupational psychologists must integrate neuroscience into proactive strategies. Practice should transition from static ergonomic assessments to dynamic, neuro-informed maintenance protocols for older workers (Seidler et al., 2024).

Action for Organizational Leaders:

Implement strategies that leverage compensatory scaffolding—such as increased engagement of the prefrontal cortex in motor control, as observed in older adults (Seidler et al., 2010)—to sustain high-precision tasks over decades. This approach ensures that worker capacities continue to meet the formalized demands of their roles and reduces risks associated with functional decline (Seidler et al., 2024).

The extensive literature on motor skills explains why these changes are necessary; now the challenge is to implement the methods for doing so. Professionals in education and the workplace must enhance their competencies by demanding conceptual standardization and methodological fidelity to truly bridge the gap between physical movement and human potential.

References

Cai, M., Lv, J., Zhang, X., Hu, Z., & Chen, J. (2024). The relationship between fine motor skills and academic achievement in preschool children: A systematic review and meta-analysis. *Frontiers in Psychology*.

Hulsey, C., Sequeira, V. L., & Goodway, J. D. (2023). Motor skills intervention: Conceptual and operational model and the determination of fidelity indexes. *Routledge Handbook of Motor Skills Acquisition*.

Seidler, R. D., Bernard, J. A., Burutian, L. A., Fling, B. W., & Van Der Dussen, L. (2010). Motor control, aging, and the brain. *Neuroscience & Biobehavioral Reviews*, 34(5), 721–738.

Seidler, R. D., Bernard, J. A., & Chen, Y. (2024). The Scaffolding Theory of Maturation, Cognition, Motor Performance, and Motor Skill Acquisition (SMART COMPASS). *Frontiers in Psychology*.

U.S. Bureau of Labor Statistics. (2024). Gross and fine manipulation. *Occupational Requirements Survey Factsheet*.

27/09/2025

Recent research in the UK paints a concerning picture of declining fine motor skills among young children—an issue with significant repercussions for their school readiness and independence. A report by Art-K and Sensible SENCO (2025) reveals that an alarming 77% of primary teachers have noted a drop in proficiency for essential tasks, such as gripping a pencil or wielding scissors. This regression in motor skills has resulted in an increased dependence on scribes during assessments, indicating that the foundational abilities typically nurtured in nursery environments are not being sufficiently cultivated. The implications of this inadequacy could cast long shadows on children's future academic achievements.

Moreover, the International Early Learning and Child Wellbeing Study (IELS) has directed attention to the realm of gross motor development. It has been established that vital predictors of motor competence at the age of five include physical activity, active parental involvement, and opportunities for outdoor play (National Foundation for Educational Research [NFER], 2021). These gross motor skills have been positively linked to important early milestones in literacy, numeracy, and emotional regulation.

The Department for Education’s “Best Start in Life” review further underscores the critical significance of physical development as a vital area within the Early Years Foundation Stage (DfE, 2024). This body of evidence urges nursery practitioners to adopt intentional, play-based strategies that promote both fine and gross motor development. It is essential to cultivate environments that encourage movement, exploration, and sensory engagement, facilitating holistic growth and equipping children to meet the challenges posed by formal schooling.

To what extent can we get the conversation going within the philosophy of the Pikler/ Montessori framework regarding fine and gross motor skills, bridging developmental psychology through the WHO biopsychosocial model lens?



Art-K & Sensible SENCO. (2025). The decline of fine motor skills: From early years to GCSE. [Link](https://sensiblesenco.org.uk/wp-content/uploads/2025/06/20250512-article-2-The-Decline-of-Fine-Motor-Skills-From-Early-Years-to-GCSE.pdf)
Department for Education. (2024). Best start in life: Part 2 – The 3 prime areas of learning. [Link](https://www.gov.uk/government/publications/best-start-in-life-a-research-review-for-early-years)
National Foundation for Educational Research. (2021). IELS physical development report. [Link](https://assets.publishing.service.gov.uk/media/60ed85a78fa8f50c75b6ad77/IELSPhysicalDevelopment_Report.pdf)

20/09/2025

18/09/2025

🔍 Why Denmark’s Youth Transitions Work—and What the UK Can Learn

Despite shared challenges, Denmark’s youth policy architecture consistently outperforms the UK in reducing NEET rates. Why?

🇩🇰 Denmark:
- Embeds mental health in education and employment services
- Aligns vocational training with labour market needs
- Empowers youth through co-governance (e.g. DUF)
- Intervenes early—before disengagement becomes entrenched

🇬🇧 UK:
- Reacts post-disengagement (e.g. Kickstart, fragmented schemes)
- Siloed mental health and SEND services
- Weak vocational pathways and limited youth voice
- NEET rate remains ~11.9% among 16–24s

This isn’t just a policy gap—it’s a systems failure. The UK must move from reactive schemes to whole-system youth development, integrating trauma-informed, neuroinclusive, and participatory frameworks.

🧠 As someone working across statutory advocacy, neurodiversity leadership, and public reform, I believe we need:
- Cross-sectoral coordination
- Youth-led governance
- Embedded mental health and SEND equity
- Evidence-based, preventative design

Let’s stop treating NEETs as a statistic and start designing transitions that honour complexity, dignity, and agency.