Beyond Overload
Making Math Accessible for
Multilingual & Neurodiverse Learners
π EAL/ELL Strategies β’ π§ Neurodiversity Support β’ π― Classroom-Ready Tools
Today's Journey π
1
π
The Challenge
Quick activity: Experience cognitive overload
2
π§
The Why
Multilingual & neurodiverse learner needs
3
π οΈ
Classroom Strategies
10 proven techniques you can use tomorrow
4
π―
Your Action Plan
Practice + implementation roadmap
β‘ Quick Activity
Experience Cognitive Overload!
(2 minutes - partner up!)
π² Activity: Feel the Overload
Task A: COMPLEX
(like our EAL students experience)
Read this silently and solve:
"Calculate the quotient when the sum of fourteen and twenty-six is divided by the difference between thirty-two and twenty-eight, then multiply the result by three and subsequently subtract seven from that product."
Task B: STRUCTURED (scaffolded approach)
Do these steps:
1. Add: 14 + 26 = ___
2. Subtract: 32 - 28 = ___
3. Divide: Step 1 Γ· Step 2 = ___
4. Multiply: Step 3 Γ 3 = ___
5. Final: Step 4 - 7 = ___
π‘ This Is What Students Experience DAILY
Task A felt like:
β’ Translating every word
β’ Holding 5+ things in memory
β’ Losing track mid-problem
β’ Stress & frustration
β’ "I'm not good at math"
This is the daily reality for:
π EAL/ELL learners β’ π§ Students with ADHD/dyslexia β’ βΏ Processing differences
Task B felt like:
β’ One clear step at a time
β’ Easy to track progress
β’ Low anxiety
β’ Confidence building
β’ "I can do this!"
β Same math
β Different accessibility
β ALL students can succeed
π― Today's Goal: Learn classroom strategies that make Task B possible for EVERY student
π§
Understanding Our Learners
Multilingual & Neurodiverse Needs
π Multilingual/EAL/ELL Learner Challenges
π
Double Translation Load
Must translate: English words β L1 β math concept β math process β answer
Impact: Uses up working memory before even starting the math!
π
Math Vocabulary Gap
Terms like 'quotient,' 'coefficient,' 'denominator' not in everyday English
Impact: Can know the math but not the words to explain it
π€
Multiple Meanings
'Difference' (not the same vs. subtraction), 'product' (item vs. multiplication)
Impact: Confusion between everyday and math meanings
β‘
Processing Speed
Need extra time to decode language before doing math
Impact: Timed tasks = double penalty (language + math speed)
π§ Neurodiverse Learner Challenges
ADHD β’ Dyslexia β’ Dyscalculia β’ Autism β’ Processing Differences
π―
ADHD: Attention & Focus
What helps:
β’ Predictable routines
β’ Movement breaks
β’ Visual cues
β’ Chunked tasks
π
Dyslexia: Reading/Sequencing
What helps:
β’ Read-aloud support
β’ Clear fonts
β’ Bullet points
β’ Step-by-step
π’
Dyscalculia: Number Processing
What helps:
β’ Visual models
β’ Formula sheets
β’ Extra time
β’ Concrete examples
βοΈ
Processing: Working Memory
What helps:
β’ Written instructions
β’ Scaffolds
β’ Reference cards
β’ Breaking down tasks
π§ Why These Challenges Matter: Cognitive Load
Working memory is like RAM:
π₯ Extraneous Load
(THE CLUTTER)
Complex wording
Confusing layout
Too much text
Unnecessary info
MINIMIZE THIS!
Reduce the noise
π Intrinsic Load
(THE CONTENT)
The actual difficulty
(Calculus vs. Addition)
Can't eliminate,
but can manage
MANAGE THIS
Scaffold & chunk
β¨ Germane Load
(THE LEARNING)
Brain building
connections
Deep processing
Real learning!
MAXIMIZE THIS!
This is the goal
π‘ For multilingual & neurodiverse learners: Language & processing differences ADD extra load!
π οΈ
Your Classroom Toolkit
10 Strategies Used in Math Classrooms
Strategy #1: π― Process Over Product
Focus on HOW they think, not just IF they got it right
β What This Looks Like:
β’ Chunked, step-by-step work shown
β’ Partial credit for correct process
β’ Formula booklets on desks
β’ "Show your thinking" prompts
β’ Checkpoints between steps
β’ Celebrate problem-solving steps
Students learn: Mistakes in process = learning opportunities!
π Why It Works:
For EAL Learners:
Can show understanding even with language barriers
For Neurodiverse:
ADHD: Clear checkpoints maintain focus
Dyslexia: Written steps = reference point
Anxiety: Reduces fear of "wrong answer"
π‘ Formula booklets = working memory support!
Strategy #2: π Predictable Lesson Structure
ESPECIALLY helpful for ADHD & Autistic learners
π Sample Lesson Structure:
1. Warm-up (5 min) - Review
2. Learning Target (2 min) - Write it down
3. Direct Teaching (15 min) - New concept
4. Guided Practice (10 min) - Together
5. Independent Work (15 min) - Your turn
6. Exit Ticket (3 min) - Show learning
π― Implementation Tips:
β Write structure on board daily
β Use timer for transitions
β Same structure = less anxiety
β Students know what's coming
β Reduces cognitive load from uncertainty
β Helps with time management
Routine = Security for anxious & ADHD learners
Strategy #3: π Bullet Points & Highlighting
Visual organization for EAL learners & those with processing challenges
β Dense Paragraph (Overwhelming):
"To solve quadratic equations by factoring, first ensure the equation equals zero, then factor the quadratic expression into two binomials, set each binomial equal to zero, and solve for the variable in each case."
Problems: No breaks, hard to scan, intimidating
β Bulleted & Highlighted (Clear):
Solving by Factoring:
β’ Set equation = 0
β’ Factor into two parts
β’ Set each part = 0
β’ Solve for x
Benefits: Easy to scan, clear steps, less intimidating
Strategy #4: π£οΈ Read Aloud
Critical for EAL learners & students with dyslexia
π EAL/ELL Students
β’ Hear pronunciation
β’ Reduce decoding time
β’ Focus on MATH not reading
β’ Can follow along
π Dyslexic Students
β’ Bypass reading barrier
β’ Access content equally
β’ Auditory processing helps
β’ Less frustration
π― ADHD Students
β’ Dual input (hear + see)
β’ Maintains attention
β’ Pacing support
β’ Engagement boost
β¨ All Students
β’ Clarifies tricky words
β’ Models pronunciation
β’ Ensures understanding
β’ Inclusive practice
π‘ Pro Tip: Read word problems aloud, pause for questions, then read again!
Example: I read, you read, in turns especially for big questions with sub parts
Strategy #5: π Differentiated Questions
Low β’ Medium β’ High - Everyone grows from their starting point
Example: Solving Linear Equations
π’ LOW
x + 5 = 12
One step, scaffolded template provided
For: Building confidence, recent arrivals
π‘ MEDIUM
3x - 7 = 14
Two steps, hints available
For: Developing skills, most students
π΄ HIGH
2(x-3) + 5 = 3x - 1
Multi-step, extension challenge
For: Ready for complexity, advanced
π― All students work on same CONCEPT, different entry points = success for everyone!
Strategy #6: π Movement & Brain Breaks
Essential for ADHD, helps ALL learners with attention & retention
Activity
How It Works
Time
ADHD
Gallery Walk
Post problems around room, students walk & solve
10 min
βββ
Stand & Solve
Stand up for word problems, sit when solved
Quick
ββ
Partner Switch
switch partners to explain concept
Ongoing
βββ
Brain Break
Stretch, shake out, 1-min dance after focused work
1-2 min
βββ
Board Racing
Teams race to board, solve problem, return
5 min
βββ
Walk-Talk-Solve
Pair up, walk hallway while discussing problem
3-5 min
ββ
π‘ Ideal timing: Movement break every 15-20 minutes of focused work (dependent on grade levels)
Movement breaks: Brain breaks, use of space (get up and move around), re-focus (go out, come back), dart game
Strategy #7: πΉ Visuals & Short Videos
Make abstract concepts concrete - dual coding in action!
π Types of Visuals:
β Diagrams & Models
Bar models, area models, graphs
β Color-Coded Steps
Different colors for operations
β Animated GIFs
Show transformations, processes
β Short Videos (1-3 min)
Quick concept explanations
β Real-World Photos
Connect to applications
π― Why Videos Work:
For EAL:
Visual context reduces language load
Can replay/pause as needed
For ADHD:
Engaging, maintains attention
Multi-sensory input helps focus
For Dyslexia:
Less reading required
Auditory + visual learning
π‘ Keep videos SHORT (1-3 min) and follow with discussion/practice
Taylor series by Taylor swift: https://www.youtube.com/watch?v=gluMspectxc
Functions video:οΏ½https://drive.google.com/file/d/1PzCK8XHSeRJK4H6Z-naJDMJzIfm6fFhi/view?ts=67eaa649
Strategy #8: π Real-World Connections
Make abstract math CONCRETE and relevant
Math Topic
Abstract Version β
Real-World Version β
Percentages
Calculate 15% of 80
Calculate 15% tip on $80 restaurant bill
Linear Equations
Solve: 2x + 5 = 17
Phone plan: $5 + $2 per GB. Cost $17. How many GB?
Ratios
Simplify 12:18
Recipe serves 12, but you have 18 people. Adjust!
Area
Find area of rectangle
How much carpet for your bedroom? Cost?
π― Why It Works: Real contexts provide mental hooks for memory
EAL learners connect to familiar experiences β’ Increases engagement for ALL
Strategy #9: π Formula Booklets/reference cards on Desks
External working memory = Game changer!
π What's in a Formula Booklet:
β Key formulas (area, volume, etc.)
β Vocabulary definitions
β Step-by-step procedures
β Common mistakes to avoid
β Example problems
β Visual diagrams
Students build familiarity through repeated use!
π Why This Is Powerful:
For ALL learners:
Frees up working memory for problem-solving
Reduces anxiety about "forgetting formulas"
For EAL learners:
Written reference for vocabulary
Can check understanding anytime
For Neurodiverse:
External memory aid
Reduces cognitive load significantly
π‘ Let students personalize with notes, color-coding, examples!
Familiarity with Formula Booklets, with the students during class time
Strategy #10: π Well-Designed Worksheets
Structured practice with visual clarity
β Poor Design:
β’ Cramped spacing
β’ Tiny font
β’ No white space
β’ All problems same difficulty
β’ No visual organization
β’ Paragraph instructions
β’ No examples
Result: Overwhelmed before starting!
β Good Design:
β’ Generous spacing
β’ Clear, large font (12-14pt)
β’ White space around problems
β’ Low β Medium β High levels
β’ Numbered sections
β’ Bulleted instructions
β’ Worked example at top
Result: Clear, inviting, accessible!
π‘ Bonus: Add QR codes linking to video help or worked solutions!
Worksheet exampleοΏ½https://docs.google.com/document/d/1Rf9Yk7FsFmPJXxsScn6yTR4jklXMCxifvqdDRgFz1wo/edit?tab=t.0
π― Your 10-Strategy Quick Reference
π― Process Over Product
π Predictable Structure
π Bullets & Highlighting
π£οΈ Read Aloud
π Differentiated Questions
6
π Movement Breaks
8
π Real-World Connections
π Formula Booklets
π Well-Designed Worksheets
πΎ Screenshot this for your desk!
: π Movement & Brain Breaks
πΉ Visuals & Short Videos
π Real-World Connections
π―
Your Turn: Practice!
Apply These Strategies to Your Own Lessons
π² Group Activity (10-15 minutes)
Your Mission:
Choose one upcoming lesson/topic and redesign ONE element using 2-3 strategies
1οΈβ£ Pick a topic you're teaching soon (word problems, equations, etc.)
2οΈβ£ Identify the challenge: What makes it hard for your students?
3οΈβ£ Choose 2-3 strategies from today that could help
4οΈβ£ Sketch your redesign: What changes? What stays?
5οΈβ£ Share with a partner: Get feedback & ideas
π€ Work in groups of 2-3 β’ Be ready to share ONE key change you'll make!
π Your 4-Week Action Plan
Start small, build consistency, celebrate progress!
Week 1
Pick 2 Strategies
Choose 2 from the list. Try them in 1 lesson this week.
Week 2
Consistency
Use same 2 strategies daily. Notice what works.
Week 3
Add #3
Introduce one more strategy. Keep first 2 going.
Week 4
Reflect & Refine
What's working? What needs adjusting? Celebrate wins!
π‘ Remember: Small consistent changes > big overwhelming overhauls!
π― Takeaways!
π
Multilingual Learners Need
Reduced language load, visuals, read-aloud, time
π§
Neurodiverse Learners Need
Predictable structure, movement, scaffolds, external memory
π
Cognitive Load Is Limited
Minimize clutter, chunk steps, provide reference materials
β¨
You Already Have Tools
Small tweaks to your current practice = huge impact
π Every strategy you use makes math more accessible for EVERY student!
π You've Got This!
Questions? Share Your Ideas!
Together, we make math accessible for ALL learners! πͺππ§