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AQA Entry Level Certificate in Science (8461)

Science

Scheme of Work

A structured, practical science programme covering Biology, Chemistry and Physics with strong cross-curricular links to vocational subjects and outdoor learning. Progression to GCSE Combined Science for the most able learners.

Section 1

Intent, Implementation & Impact

Intent

  • Deliver a knowledge-rich curriculum adapted for SEND learners
  • Build confidence and independence through scaffolded learning
  • Ensure all learners access their full educational entitlement
  • Align with EHCP outcomes and Preparation for Adulthood pathways

Implementation

  • Differentiated resources and multi-sensory teaching approaches
  • Therapeutic integration within lessons to support regulation
  • Regular formative assessment to track progress against targets
  • Small group sizes with high staff-to-learner ratios

Impact

  • Measurable progress against EHCP outcomes each term
  • Accredited qualifications appropriate to learner ability
  • Improved confidence, resilience, and self-regulation
  • Readiness for next steps in education, training, or employment
Section 2

Curriculum Overview by Strand

Biology

Health & Wellbeing
Understand the structure and function of living organisms
Explore ecosystems, habitats and interdependence
Recognise factors affecting human health and disease
Understand inheritance, variation and evolution at a basic level

Content: Cells, body systems, health, disease, ecosystems, plant biology, genetics basics

Progression: From identification → explanation of biological processes

Real-World: Personal health, nutrition, environmental awareness, outdoor learning links

Chemistry

Employment
Understand the properties and uses of everyday materials
Explore chemical reactions in familiar contexts
Recognise the importance of chemistry in food, safety and industry
Understand atoms, elements and compounds at a basic level

Content: Materials, chemical reactions, acids and alkalis, food chemistry, fire science

Progression: From observation → explanation of chemical changes

Real-World: Cooking, food safety, construction materials, workplace safety (COSHH)

Physics

Employment
Understand forces, energy and motion in everyday contexts
Explore electricity and its uses
Recognise the physics behind engineering and technology
Understand light, sound and waves at a basic level

Content: Forces, energy, electricity, circuits, materials, light, sound, magnetism

Progression: From recognition → application of physical principles

Real-World: Rail engineering, construction, digital technology, transport

Scientific Enquiry

Employment
Develop skills in observation, measurement and recording
Plan and carry out simple investigations
Present findings using tables, charts and simple graphs
Draw conclusions from evidence and evaluate methods

Content: Variables, fair testing, measurement, data recording, evaluation, risk assessment

Progression: From guided enquiry → supported independent investigation

Real-World: Problem-solving, critical thinking, workplace investigation skills

Section 3

Assessment Cycle

CONTINUOUSCYCLE

Baseline

September

Formative

Ongoing

Half-Termly

Every 6 weeks

Summative

Termly

Annual Review

Annually

Baseline

Initial assessment to establish starting points and inform differentiation

Formative

Regular lesson-level checks for understanding and progress

Half-Termly

Assessed tasks to track progress against learning objectives and EHCP targets

Summative

End-of-term assessment with moderated grading and reporting

Annual Review

Contribution to EHCP Annual Review with evidence of progress

Section 4

Adaptations for SEND Learners

SEMH Support
  • Regulation breaks built into lesson plans
  • Therapeutic check-ins before and after sessions
  • Flexible seating and low-stimulus environments
  • Positive behaviour reinforcement strategies
ASC Adaptations
  • Visual timetables and structured routines
  • Clear, literal instructions with visual supports
  • Advance notice of changes to activities or routine
  • Reduced sensory demands in the learning environment
Communication Needs
  • Colourful Semantics and visual communication aids
  • Pre-teaching of key vocabulary before each topic
  • Simplified task instructions with visual scaffolding
  • Alternative recording methods where appropriate
Cognition & Learning
  • Scaffolded worksheets with graduated difficulty
  • Concrete-pictorial-abstract approach to new concepts
  • Repetition and retrieval practice built into every session
  • Extended processing time and chunked instructions
Section 5

Termly Scheme of Work

Section 7

Preparation for Adulthood Links

Employment

  • Workplace-relevant skills and knowledge
  • Problem-solving and independent thinking
  • Teamwork and collaboration skills
  • Accredited qualifications for career pathways

Independent Living

  • Real-world application of core skills
  • Managing personal information and data
  • Budgeting and financial literacy connections
  • Health and safety awareness

Community Participation

  • Understanding rights and responsibilities
  • Environmental and social awareness
  • Communication skills for community engagement
  • Active citizenship and participation

Health & Wellbeing

  • Self-regulation and emotional literacy
  • Physical wellbeing and healthy choices
  • Building resilience and self-confidence
  • Therapeutic progress and coping strategies

Questions About Our Science Curriculum?

Our team can explain how our applied science programme works alongside vocational learning to deliver practical, meaningful scientific education.