04 May Maths Difficulties in International Schools
Maths Difficulties in International Schools
International schools present unique academic environments where students from diverse educational backgrounds converge under various curricula. The challenge of identifying, diagnosing and supporting students with maths difficulties in these settings requires specialized understanding and approaches that extend beyond those typically employed in national systems.
The International School Context
International schools operate using a range of curricula—International Baccalaureate (IB), Cambridge Assessment International Education (CAIE), American, British, or hybrid systems—each with distinct mathematical approaches, vocabulary and progression pathways. Students frequently transition between these systems, creating complex learning histories that complicate the identification of genuine difficulties.
The student population in these schools comes from varied linguistic and cultural backgrounds, where mathematical concepts may have been introduced differently or in another language entirely. This diversity creates a layered challenge when addressing mathematical struggles, as difficulties may stem from multiple sources rather than a single identifiable cause.
Distinguishing Dyscalculia from Teaching Method Mismatches
Dyscalculia affects approximately 5-7% of children globally and manifests as a specific learning difficulty with mathematical processing. Unlike general maths struggles, dyscalculia has neurological origins, similar to dyslexia’s impact on reading and language processing.
Students with dyscalculia typically demonstrate:
- Persistent difficulty understanding number relationships and quantities
- Poor sense of numerical magnitude (unable to recognise that 100 is much larger than 10)
- Difficulty learning and recalling basic number facts despite extensive practice
- Challenges with mathematical procedures even when conceptual understanding exists
- Problems with time perception, money management and estimation in daily life
- Difficulties that remain consistent across languages and teaching methodologies
Importantly, these difficulties persist despite quality teaching and are not explained by intellectual disability, sensory impairment, or lack of educational opportunity.
Teaching Method Mismatches: System-Based Challenges
In contrast, teaching method mismatches occur when students encounter mathematical approaches that differ significantly from their previous learning experiences. These difficulties may include:
- Confusion when encountering different algorithms for basic operations (e.g., long division methods vary significantly between American, British, and Asian systems)
- Misunderstanding notation differences (decimal points versus commas in different countries)
- Struggling with shifts in emphasis (procedural fluency versus conceptual understanding)
- Difficulty adapting to different pacing of curriculum (e.g., Singapore maths introduces algebraic concepts earlier than many Western curricula)
- Language-specific challenges in mathematical vocabulary
Unlike dyscalculia, these maths difficulties often resolve with targeted support and explicit teaching that bridges prior knowledge with new approaches. Students typically show areas of mathematical strength alongside specific areas of confusion.
The Critical Role of Assessment
Accurate identification of mathematical difficulties requires comprehensive assessment that considers the unique international context. Traditional school based assessments may be culturally biased or fail to account for students’ diverse educational backgrounds.
Global Education Testing: Specialized Assessment for International Learners
Global Education Testing has developed tailored assessment protocols specifically designed for international school populations. Their approach includes:
- Assessments that isolate mathematical understanding from language proficiency
- Culture-fair testing materials that minimize bias
- Comprehensive educational history analysis that maps previous mathematical instruction
- Cross-curricular comparisons identifying method-specific versus general difficulties
- Assessment of foundational skills alongside curriculum-specific knowledge
This thorough diagnostic approach enables precise identification of whether a student’s difficulties stem from dyscalculia, teaching method mismatches, or a combination of factors.
Post-Assessment: Targeted Support and Accommodations
Following assessment with Global Education Testing, international schools can implement personalized intervention strategies based on accurate diagnosis.
For Students with Dyscalculia
Students diagnosed with dyscalculia qualify for various accommodations across most international curricula:
- Extended time in assessments (typically 25-50% additional time)
- Use of calculators in examinations where calculation is not the primary skill being assessed
- Provision of multiplication tables and number lines during tests
- Modified marking criteria that acknowledge specific difficulties
- Reduced homework load focusing on quality over quantity
- Access to assistive technology including specialised mathematical software
Additionally, these students benefit from specialised interventions:
- Multisensory mathematical instruction incorporating visual, auditory, and kinesthetic approaches
- Explicit teaching of number sense using concrete materials
- Structured, cumulative programmes that build mathematical understanding systematically
- Regular overlearning of essential number facts and procedures
- Development of compensatory strategies for areas of persistent difficulty
For Students Experiencing Teaching Method Mismatches
Students whose difficulties arise from methodology transitions require different support approaches:
- Explicit teaching of multiple methods with clear comparisons between systems
- Development of “mathematical translation” skills between different notations and vocabulary
- Bridging programmes that connect previous knowledge to new curriculum expectations
- Temporary accommodations during transition periods (gradually withdrawn as competence develops)
- Targeted intervention focusing specifically on gap areas identified through assessment
Implementation in International Schools
Different international curricula offer varying frameworks for supporting students with mathematical difficulties:
International Baccalaureate
The IB programmes provide access arrangements through the “Candidates with Assessment Access Requirements” policy. Following assessment with Global Education Testing, schools can apply for:
- Modified examination papers (e.g., with larger print or simplified language)
- Additional time allocations
- Rest breaks during examinations
- Assistive technology permissions
- Scribe services for students with accompanying fine motor difficulties
The IB’s emphasis on differentiation also supports classroom-level adaptations through approaches to learning (ATL) strategies.
Cambridge Assessment International Education
CAIE offers “Access Arrangements” that must be applied for well in advance of examinations. With proper documentation from Global Education Testing, accommodations may include:
- Extra time
- Supervised rest breaks
- Word processors with approved mathematical software
- Transcript services
- Practical assistants for laboratory work with mathematical components
American Curriculum Schools
Schools following American curricula typically implement IEP (Individualised Education Programme) or 504 Plan accommodations based on Global Education Testing assessment results. These might include:
- Extended time on tests including SATs and AP examinations
- Reduced number of problems while maintaining content coverage
- Modified grading that emphasises process over computational accuracy
- Strategic seating and reduced distractions during mathematical instruction
- Use of reference materials (multiplication tables, formulas, step-by-step procedures)
Long-term Outcomes and Transition Planning
Global Education Testing’s comprehensive reports include recommendations for university and career planning, addressing:
- University course selection aligned with mathematical strengths and interests
- Documentation requirements for continuing accommodations in higher education
- Development of self-advocacy skills for requesting appropriate supports
- Career guidance highlighting fields where mathematical strengths can be leveraged
- Transition planning for university entrance examinations and applications
Professional Development for International Educators
Effective support requires knowledgeable teachers equipped to address diverse mathematical needs. Global Education Testing provides training programmes focused on:
- Recognising indicators of dyscalculia in multilingual contexts
- Understanding how different national curricula approach mathematical concepts
- Implementing effective differentiation strategies for mixed-ability classrooms
- Adapting materials across multiple curricula
- Communicating effectively with parents about mathematical learning differences
Case Study: Integration of Support at International School of Geneva
Following comprehensive assessment services from Global Education Testing, the International School of Geneva implemented a multi-tiered support structure for students with mathematical difficulties:
Tier 1: Universal classroom strategies supporting diverse mathematical backgrounds
- Visual glossaries connecting mathematical vocabulary across languages
- Explicit teaching of different methodologies when introducing new concepts
- Regular pre-assessment to identify method familiarities
Tier 2: Targeted intervention for students with method mismatches
- Small group “mathematical bridge” sessions twice weekly
- Parent workshops explaining different approaches to common algorithms
- Digital resources demonstrating multiple methods for homework support
Tier 3: Intensive support for students with dyscalculia
- Individual learning plans developed from Global Education Testing recommendations
- Specialist teacher support using multisensory mathematics programmes
- Assistive technology training and implementation
- Regular progress monitoring with adjusted strategies as needed
This structured approach resulted in significant improvements in mathematical confidence and achievement across the student population, with particularly notable gains among newly transitioned students.
Mathematical difficulties in international schools require nuanced understanding and specialised approaches that acknowledge the complexity of learning across different systems and cultures. Through comprehensive assessment with organisations like Global Education Testing, followed by appropriate accommodations and targeted interventions, international schools can ensure all students develop mathematical competence regardless of their learning profile or educational background.
The international school setting, while presenting unique challenges, also offers rich opportunities for developing flexible mathematical thinking and multiple approaches to problem-solving—valuable skills in our increasingly globalised world.
Alexander Bentley-Sutherland is the CEO of Global Education Testing, the leading provider of Learning Development Testing tailored specifically for the International and Private School community worldwide.