Reflections on the House of Lords Numeracy for Life report from Emma Bell, MEI’s Director for Further Education and Adult Learning
The House of Lords Numeracy for Life Committee’s report, Making it Count: Numeracy for Life, is a welcome recognition that mathematical understanding matters well beyond the classroom and the examination hall.
For those of us working in further education (FE) and adult learning, its findings will feel particularly familiar. Every day, teachers see both the opportunities that mathematical confidence can create and the barriers that arise when it is missing.
Some learners are working towards qualifications that will open doors to employment or further study. Others are returning to mathematics after many years, often carrying memories of finding the subject difficult or inaccessible. Their starting points and ambitions may differ, but all deserve opportunities to develop meaningful mathematical understanding.
The report provides a valuable opportunity to consider what progress in numeracy should look like throughout life, and what is needed to make that progress possible.
An important theme emerges: qualifications, pathways and national strategies matter, but their success ultimately depends on the expertise of the people who bring them to life in classrooms and learning settings.
Beyond the cycle of GCSE resits
The report highlights the challenges facing young people who leave school without a grade 4 in GCSE mathematics. For too many, post-16 mathematics becomes a cycle of repeated examinations rather than an opportunity to develop deeper mathematical understanding.
There is an important distinction between repeating an examination and making meaningful mathematical progress.
FE mathematics teachers understand this challenge well. They work with learners who may have significant gaps in foundational knowledge alongside considerable mathematical strengths that are not reflected in their GCSE grade.
Effective teaching begins by recognising those strengths, identifying misconceptions and building secure understanding from which learners can progress. It requires teachers to make informed decisions about mathematical content, sequencing, representations and appropriate levels of challenge.
The proposed new Level 1 qualification offers an opportunity to recognise achievement and establish stronger foundations for subsequent study. Its value will depend on whether it provides a coherent stepping stone towards Level 2, rather than simply becoming another assessment hurdle.
The report’s emphasis on diagnostic assessment, recognising progress below grade 4 and developing clearer qualification pathways is therefore particularly welcome. Learners need routes that recognise what they can already do, identify what they need to learn next and provide a meaningful sense of achievement along the way.
Clearer pathways also matter beyond GCSE resit and Functional Skills provision. Qualifications such as Core Maths provide valuable opportunities for many learners to continue developing their mathematical understanding and confidence post-16, while applying mathematics in meaningful contexts relevant to further study, employment and everyday life.
We have explored the importance of progression, recognising achievement and securing strong mathematical foundations in our recent article, Why Getting Level 1 Mathematics Right Matters.
At MEI, our work supporting GCSE resit and Functional Skills teachers reflects the importance of moving beyond examination preparation alone. Through sustained, subject-specific professional development, teachers have opportunities to explore the mathematics underpinning the curriculum, develop their pedagogical approaches and work collaboratively to improve learners’ experiences.
Qualification reform can create opportunities for progress. It is the quality of teaching that will determine whether those opportunities are realised.
Adult numeracy is not one-size-fits-all
The report’s attention to adult numeracy is equally important.
Adults engage with mathematics for many different reasons. They may want to progress at work, support their children, manage household finances, understand health information or become more confident using digital services.
For some, gaining a qualification will be an important goal. For others, meaningful progress may involve developing the mathematical understanding needed to make informed decisions, participate more confidently in employment or engage with aspects of everyday life that they previously avoided.
For many adults, progress in mathematics involves more than developing new knowledge. It also involves rebuilding confidence and reconsidering long-held beliefs about what they can achieve mathematically.
The Committee’s recommendation for a coordinated, cross-government adult numeracy strategy, supported by flexible and locally accessible provision, recognises the diversity of learners’ needs. Its emphasis on clear progression routes is especially welcome. Adults should be able to access learning that is relevant to their circumstances without finding themselves restricted to a single qualification pathway.
However, flexibility should not come at the expense of mathematical substance.
Contextualised learning can create powerful opportunities for engagement. Mathematics connected to employment, health or financial decisions can help learners recognise its relevance. But understanding the mathematics underpinning those contexts is essential if learning is to transfer beyond a particular situation.
For example, calculating a discount, interpreting a workplace performance measure or comparing financial products may involve different contexts, but all can draw upon an understanding of proportional reasoning. Developing that understanding enables learners to apply mathematics more flexibly, rather than simply following a procedure for a particular task.
Adult mathematics educators bring considerable expertise to this work. They understand how to connect learning to adults’ experiences while developing the mathematical knowledge and confidence that support future progression.
Through initiatives such as Maths Mastery in an Adult Setting, MEI sees the value of providing opportunities for educators to explore effective approaches, deepen their subject knowledge and strengthen the mathematical understanding that supports adults’ long-term progress.
Expanding access to adult numeracy is important. Ensuring that those opportunities provide high-quality mathematics education is equally important.
Emma Bell, MEI’s Director for Further Education and Adult Learning
Data literacy matters more than ever
One of the report’s most timely contributions is its emphasis on the growing importance of data literacy, particularly in a world increasingly shaped by artificial intelligence and digital technologies.
Numerical information influences decisions about health, finances, employment and public policy. Social media, data visualisations and AI-generated content expose us to statistics, graphs and claims that can appear convincing without necessarily being reliable.
AI adds another dimension. Digital tools can generate calculations, summaries and sophisticated visualisations at remarkable speed. But being able to generate an answer is not the same as understanding whether that answer is reasonable.
Interpreting data, understanding probability and risk, questioning assumptions and recognising misleading representations are increasingly important mathematical capabilities.
These skills matter across almost every occupation. Employees need not only to use digital tools but also to evaluate the information those tools provide.
While the report’s recommendations on data literacy and curriculum development are directed mainly at schools, their implications extend into FE, vocational education and adult learning. Data literacy is relevant to vocational education, workplace learning and the mathematical decisions adults make throughout their lives.
This reinforces the importance of secure foundational mathematical understanding. Data literacy is not simply an additional skill sitting alongside mathematics. It is built upon it.
It also raises important questions about teaching. How do we help learners move beyond reading information from a graph to questioning what that graph communicates? How do we develop the mathematical understanding needed to recognise when a calculation is unreasonable or a statistical claim is misleading?
As expectations around data literacy grow, we must ensure that educators have the mathematical and pedagogical expertise to support learners in navigating an increasingly complex information environment.
MEI’s pioneering work in data science education demonstrates how mathematics education can equip learners to engage critically with data, evidence and statistical claims.
Professional development is essential, not an optional extra
The report recognises the importance of specialist teaching capacity and professional development, including continued investment in mathematics education support through NCETM and Maths Hubs in schools.
That recognition must extend across the wider education system.
FE and adult mathematics education require specialist pedagogical expertise. Teachers work with learners whose starting points, previous experiences and aspirations can vary enormously, often within the same classroom.
Supporting those learners involves far more than knowing the mathematics. Teachers need to understand how mathematical ideas develop, recognise misconceptions, select effective representations and create opportunities for learners to reason, make connections and build confidence.
This expertise develops through experience, collaboration and sustained subject-specific professional development.
Professional development should not be viewed simply as preparation for implementing a new qualification or curriculum change. It is an investment in the quality of mathematics education itself.
This principle underpins MEI’s work across the FE sector, including our national FE maths CPD programme. Our experience from this work consistently reinforces the value of bringing practitioners together to explore mathematics, reflect on teaching and learn from one another. Effective professional development develops both mathematical understanding and pedagogical expertise.
We should also recognise that supporting numeracy is not exclusively the responsibility of specialist mathematics teachers.
Vocational educators, workplace trainers and other non-specialist practitioners increasingly encounter opportunities to develop numeracy, financial literacy and data literacy within their own areas of teaching.
They too need appropriate support to recognise the mathematics within their contexts and help learners develop accurate, transferable understanding.
If we are serious about improving numeracy across the population, sustained professional development should be regarded as part of the nation’s numeracy infrastructure, not an optional enhancement.
Turning ambition into action
Making it Count presents an important opportunity to strengthen the place of numeracy in education, employment and everyday life.
More coherent pathways for young people, accessible opportunities for adults and greater recognition of the mathematical demands of modern life all have the potential to improve outcomes.
The challenge now is to turn these ambitions into meaningful experiences of mathematical learning.
That requires more than new qualifications, strategies or initiatives. It requires recognising the expertise already present across further education and adult learning, supporting educators to develop that expertise and ensuring that professional development remains central to implementation. The report rightly asks us to think about numeracy throughout life. We must be equally ambitious about supporting the people who make that learning possible.
Because maths matters throughout life. And so do the people who teach it.
Related reading
What Adult Maths Learners and Teachers Have Taught Me About Lifelong Learning
MEI Secures New DfE Funding to Extend and Enhance Further Education Maths CPD Programme