ADHD

• Provide very clear short-term goals for each activity (e.g., 'Complete 8 spike attempts'). Use frequent changes of activity maintaining engagement through variety. Offer leadership or active roles maintaining involvement - ball holder, videographer, team captain. Provide immediate positive feedback reinforcing on-task behaviour and effort. Use physical activity breaks between instructional segments. Allow some student choice within activities (e.g., which position to play). Minimise waiting time keeping students actively involved. Use visual timers showing time remaining helping with activity transitions. Establish clear boundaries and behaviour expectations with consistent consequences.

dyspraxia

• Break down techniques into smaller component parts practicing one element at a time before combining. Provide additional practice time for motor skill development beyond peers. Use larger lighter balls initially building to standard size as control improves. Reduce complexity of approach patterns - allow two-step instead of three-step initially. Provide physical guidance manually positioning body parts correctly. Use mirrors or video feedback immediately after attempts for visual learning. Allow stationary practice without approach until coordination established. Pair with patient supportive partner. Reduce distance and speed requirements. Celebrate small progressive improvements building confidence.

autism spectrum

• Provide visual schedule showing lesson sequence with estimated timing for each section. Allow fidget tools or movement breaks if needed between activities. Establish clear routines for transitions between activities with verbal and visual cues. Minimise unpredictable elements - explain game flow and rotation patterns clearly in advance. Provide quiet zone option if sensory overload occurs from noise and activity. Use consistent language and phrases for instructions avoiding idioms or ambiguous language. Offer demonstration or observation role if direct participation overwhelming initially. Provide structured peer pairing with understanding supportive partner.

visual impairment

• Use brightly coloured high-visibility volleyballs for improved tracking. Provide detailed verbal descriptions of all demonstrations with physical guidance of body positioning. Use auditory cues - have partner call 'now' at optimal jump timing. Tactile markers on floor showing starting positions and approach pathways. Buddy system with sighted partner providing continuous verbal guidance during games. Reduce court size and increase lighting if possible. Consider using beep balls for ball tracking.

hearing impairment

• Ensure student positioned to see teacher's face clearly during all instructions for lip-reading. Use visual demonstrations extensively with exaggerated movements. Written key points provided on whiteboard or handout showing technique sequence. Use visual hand signals for common instructions (go, stop, good, again). Assign hearing peer buddy to tap shoulder to alert to instructions or game events. Ensure eye contact established before giving individual instruction. Consider using visual timer showing time remaining in activities.

physical disability

• Modify net height lower for wheelchair users or students with limited jumping ability. Allow seated spike and block practice focusing on arm motion and technique without jumping component. Provide lighter balls or larger beach balls if grip strength or control limited. Reduce court size creating shorter distances to cover. Allow additional touches or catching modifications to three-touch rule. Position near net reducing need for extensive movement. Provide chair or standing support for balance if needed. Focus on tactical understanding and decision-making if physical execution significantly limited.

English

Technical vocabulary development - learning and using 20+ sport-specific terms accurately in context. Verbal communication - clearly articulating feedback and instructions to peers. Written communication - composing iBook analysis using appropriate technical terminology and structured written expression. Listening skills - following multi-step instructions during demonstrations, responding to peer feedback. Descriptive language - describing movements and techniques using precise action verbs and technical terms.

Maths

Calculating scores and point differentials during games. Measuring distances - approach distance from three-metre line to net (approximately 1.5-2m), jump height improvements over lesson. Angles - understanding trajectory angles for effective spikes (downward 45-degree angle optimal), approach angles to net (30-45 degrees). Timing calculations - estimating optimal jump timing windows (within 0.2-0.3 seconds of attacker's contact). Statistics - tracking spike success rates, block effectiveness percentages.

Science

Forces and motion - understanding how force generation through approach and take-off creates upward momentum (Newton's laws). Biomechanics - analysing how the kinetic chain transfers energy from legs through core to arms during spike. Gravity and trajectory - understanding parabolic ball flight paths and how wrist snap creates topspin affecting trajectory. Muscle groups - identifying quadriceps, calves, deltoids, and core muscles activated during explosive jumping. Energy systems - recognising anaerobic energy system use during short explosive efforts like spiking and blocking.

ICT

Video recording skills - operating iPad camera and recording apps. Digital file management - saving, organising, and retrieving video footage. Digital publishing - uploading video and text to iBook digital platform. Self-evaluation using technology - reviewing video footage for self-assessment purposes. Digital literacy - using technology appropriately and safely in educational context.

PSHE

Teamwork and cooperation - working collaboratively during practice stations and games supporting partners and teammates. Resilience and growth mindset - persevering with challenging new skills, viewing mistakes as learning opportunities. Communication skills - providing constructive peer feedback, calling for ball during games, discussing tactics. Leadership - some students taking leadership roles organising teams and encouraging peers. Respect and sportsmanship - celebrating opponents' good play, accepting referee decisions, treating others fairly. Self-confidence - building confidence through skill mastery and successful application in games. Managing emotions - dealing with frustration during skill acquisition, controlling competitive emotions during games.