Abbotsford

It is a question more Abbotsford parents are asking — quietly, carefully, and with a growing sense of unease.

The BC curriculum has been redesigned. It is competency-based, learner-centred, and built around critical thinking. Teachers are working harder than ever. The provincial government has committed hundreds of millions of dollars to future-skills initiatives. And yet the data on how BC students are actually performing — in Abbotsford particularly — tells a more complicated story.

So let us ask the question plainly: is the BC school system actually preparing children for the economy they are going to inherit? And if there are gaps — as the data suggests there are — what can Abbotsford families do about it right now?

What the BC Labour Market Actually Looks Like in 2035

Before evaluating whether the curriculum is preparing children for the future, it helps to understand precisely what that future looks like.

The 2025 BC Labour Market Outlook — published by WorkBC — makes the scope clear: over the next decade, from 2025 to 2035, there will be more than one million job openings in British Columbia. The province anticipates 3.3 million people working in BC by 2035, up from 2.9 million today. Of those one million openings, 35% — approximately 365,000 positions — will be entirely new jobs created by economic growth, not replacements for retiring workers.

The BC Government's own StrongerBC: Future Ready Action Plan describes the situation directly: BC will need to fill more than one million job openings over the next decade, with 80% of those jobs requiring some form of post-secondary education and training. The plan commits $480 million to closing the skills gap that employers are already facing — an acknowledgement, at the highest level of government, that the current system is not producing enough prepared workers.

The sectors driving that growth are consistent across every labour market forecast: technology, healthcare, clean energy, data science, and knowledge work. The Information and Communications Technology Council of Canada projects that by 2026, more than 250,000 Canadian jobs will require AI-related knowledge. The Fraser Valley's own tech sector — centred in Surrey and Langley but expanding steadily into Abbotsford and Chilliwack — is no longer a satellite of Vancouver's tech corridor. It is a growing ecosystem in its own right, demanding locally available talent that the region is currently struggling to supply.

The children sitting in Abbotsford classrooms today — in Grade 3, Grade 5, Grade 7 — are the workers who will fill or fail to fill those jobs. The question is whether what they are learning now is building the foundations those jobs require.

What the BC Curriculum Is Designed to Do — and Where It Genuinely Succeeds

To answer this question fairly, the BC curriculum deserves genuine credit for what it is attempting.

British Columbia's redesigned curriculum — introduced progressively over the past decade — is built around a "Know-Do-Understand" model that integrates content knowledge with applied competencies and deeper conceptual understanding. Rather than purely measuring what students can memorise, the redesigned curriculum aims to develop citizens who are competent thinkers and communicators, and who are personally and socially competent in all areas of their lives.

The Ministry of Education explicitly states that the redesign responds to a technology-rich world where communication is instant and information is immediately accessible — framing the curriculum as preparation for exactly the kind of adaptive, continuously learning workforce that BC's economy requires.

This philosophy is sound. A curriculum that develops critical thinking, creative problem-solving, communication, and personal responsibility is genuinely better preparation for the jobs of 2035 than one built purely around content delivery and standardised recall.

The OECD's Skills Outlook 2025 supports this direction — recommending that curricula ensure proficiency in core 21st-century skills including literacy, numeracy, problem solving, and social-emotional learning. BC's curriculum design is broadly aligned with these recommendations.

So far, so good. The intent is right. The philosophy is defensible. The design is ambitious.

The problem is the gap between what the curriculum is designed to do and what the data shows it is actually producing.

Where the Gap Between Design and Reality Becomes Visible

A curriculum's quality is ultimately measured by outcomes — and the outcome data for Abbotsford and the broader Fraser Valley is where the story becomes significantly more complicated.

The Abbotsford School District's own 2024-25 Measuring Up report — the district's annual public accountability document — reveals the following:

Only 62% of Grade 4 students are meeting provincial literacy standards. Roughly one in three Abbotsford children is not reading at the expected level by the end of Grade 4.

Only 66% of Grade 7 students are meeting provincial literacy standards — and that figure has been declining year over year. A Grade 7 student who is below the literacy benchmark is a student who will struggle with the written communication demands of virtually every career path in 2035's economy.

Among Indigenous students in Grade 7, the literacy proficiency rate dropped to 49% — a 14-point decline in a single year, the lowest recorded in more than five years.

Among diverse learners in Grade 7, literacy proficiency fell to just 36%.

Abbotsford's five-year graduation rate sits at 89% — two percentage points below the provincial average.

In neighbouring Chilliwack, the school board's own January 2024 board presentation stated that approximately 40% of students in Grades 2 through 7 are not proficient in basic number sense and operations.

These are not abstract statistics. They describe real children in real Abbotsford classrooms who, at current trajectory, will enter BC's 2035 job market without the foundational literacy and numeracy skills that every employer in every sector will require — regardless of how much the economy has changed.

A curriculum built on competency and critical thinking cannot produce those competencies in children who have not first mastered the foundational skills those competencies depend on. Critical thinking requires reading comprehension. Problem solving requires numeracy. Digital literacy requires mathematical reasoning. The BC curriculum's ambitious goals are undermined by the foundational gaps that the outcome data consistently reveals.

Why the Structural Challenges Are Real — and Not the Fault of Teachers

Understanding the gap requires understanding the context that produces it — and that context is not a failure of dedication or teaching skill.

Abbotsford's school enrollment has been surging — up 4% in a single year. English Language Learners now represent 17.6% of all students in the district — one of the highest proportions in the Fraser Valley — and that population requires significantly more intensive language support than a standard classroom can efficiently provide. Class sizes are growing. The proportion of students with diverse learning needs is increasing.

Teachers in Abbotsford are, by any objective measure, working under significant structural pressure. A single educator managing 25 to 30 students across a wide range of ability levels, language backgrounds, and learning needs cannot consistently provide the personalised, level-specific instruction that closing foundational gaps requires. This is not an opinion. It is mathematics.

The BC government's own StrongerBC Future Ready Action Plan — its $480 million acknowledgement that the skills gap is real — is primarily focused on post-secondary upskilling for adults who have already been through the school system without acquiring the skills the economy needs. It is, in many ways, a remediation program for a pipeline that is not producing what it needs to at the foundational level.

The most effective place to address a pipeline gap is at the beginning of the pipeline — not the end.

What the Jobs of 2035 Actually Require — and How It Maps to What Children Learn Today

The BC Labour Market Outlook and Canada's labour market research consistently identify the same cluster of skills as the foundation of employability across virtually every sector in 2035's economy:

Literacy and advanced communication — The ability to read, comprehend, synthesise, and communicate complex information clearly. Every knowledge-work job in 2035 requires this at a level that exceeds what many Abbotsford students are currently demonstrating at Grade 7.

Numeracy and mathematical reasoning — Not just arithmetic, but the ability to reason quantitatively, interpret data, and apply mathematical thinking to real-world problems. This is the foundation of every technology, healthcare, finance, and analytical role in the 2035 economy.

Computational thinking and coding — Understanding how systems work, how to decompose complex problems, and how to communicate with technology. The 250,000 Canadian jobs requiring AI-related knowledge by 2026 are not all programming jobs — but they all require people who understand how computational systems think.

Cognitive processing speed and working memory — The ability to hold, manipulate, and process information quickly and accurately. Increasingly, employers in every sector are hiring for cognitive capability alongside domain knowledge, because the pace of change makes domain knowledge perishable in ways that cognitive ability is not.

Communication and persuasion — Writing clearly, speaking confidently, structuring arguments, presenting ideas. These skills are consistently ranked by employers as among the most important qualities in every hire, and consistently underdeveloped in graduates across Canada.

Now consider how directly these five skill areas map to what Best Brains Abbotsford offers — and why the combination of programs is not coincidental but structural.

How Best Brains Abbotsford Bridges the Gap Between the BC Curriculum and the 2035 Economy

Best Brains is not a remediation service for a broken system. It is a structured academic enrichment program that builds the exact foundational skills the BC curriculum aspires to develop — and that BC's outcome data shows are not being built consistently enough in the classroom alone.

Here is how each component directly addresses the skills gap:

Math Enrichment — The Numeracy Foundation That 2035 Jobs Require

Best Brains' math program builds number sense, arithmetic fluency, fractions, ratios, algebra foundations, pattern recognition, and quantitative problem solving — progressively, level by level, from where each child actually is rather than where their grade suggests they should be.

For Abbotsford students, where numeracy benchmarks are consistently below provincial averages and where Chilliwack's board has acknowledged that 40% of students in Grades 2 through 7 lack basic number sense proficiency, structured math enrichment is not an optional add-on. It is the foundational investment that determines whether a child can access the technology, data, and analytical roles that represent the fastest-growing segment of BC's 2035 economy.

English Enrichment — The Literacy Foundation That Every Career Requires

Best Brains' English program builds reading comprehension, vocabulary, grammar, writing structure, and analytical thinking — the specific skills that BC's FSA measures and that Abbotsford's outcome data shows are declining. A child who cannot read and communicate at a high level by Grade 9 is a child whose career options are narrowing before they have even begun.

Every employer in every sector in 2035 — from clean energy to healthcare to technology to creative industries — will require employees who can communicate clearly in writing and speech, comprehend complex information, and structure their thinking effectively. The English enrichment program builds these skills systematically, from each child's current level, with a certified teacher who can identify gaps that a standardised curriculum cannot always accommodate.

Abacus Mental Math — Building the Cognitive Engine for a Fast-Moving Economy

Best Brains' abacus program is the component that consistently surprises parents who discover it — and consistently impresses employers and researchers who understand what it develops.

Learning to code improves unique cognitive skills that support learning abilities and executive functioning — and abacus training produces the same compounding effect through a different but complementary mechanism: building working memory, mental processing speed, concentration, and the kind of rapid numerical reasoning that AI-era work requires from every professional, not just mathematicians.

The OECD Skills Outlook 2025 identifies adaptability and continuous learning as the defining characteristics of the 2035 workforce. The cognitive agility built through abacus training — the ability to process, hold, and manipulate information at speed — is the underlying capability that makes adaptability possible. It is not a subject skill. It is a brain skill, and it transfers across every domain.

Coding — Scratch, Python, and Web Development — The Technical Literacy of 2035

BC's Labour Market Outlook confirms strong growth in the technology sector as one of the two primary drivers of BC's 2035 economy. BC's own StrongerBC plan commits to opening 3,000 additional tech-relevant post-secondary spaces — an acknowledgement that the current pipeline is not producing enough technology-capable graduates.

Best Brains Abbotsford's coding curriculum addresses that pipeline at exactly the right point — before high school, during the middle school window when the brain is most receptive to building the foundational computational thinking that technology careers require.

The three-stage progression — Scratch for visual computational thinking, Python for the world's most in-demand programming language, and Web Development for real-world project creation — is not a general introduction to technology. It is a structured, level-based pathway that produces the specific technical literacy that BC's 2035 economy is already beginning to demand.

The Combination Matters More Than Any Single Program

Here is the insight that most standalone coding programs and most traditional tutoring centres miss entirely:

The jobs of 2035 do not require one skill. They require several simultaneously. A software developer who cannot communicate clearly is less valuable than one who can. A data analyst who lacks mathematical reasoning is limited in what they can do with the data. A healthcare professional who cannot read and interpret complex information quickly is not safe.

The reason Best Brains' program combination — math, English, abacus, and coding — is uniquely aligned with 2035 workforce preparation is precisely because it develops all of the foundational skills simultaneously, with each reinforcing the others. The mathematical reasoning built in the math program makes Python easier. The working memory built through abacus makes coding faster. The literacy built in the English program makes technical communication clearer. The computational thinking built through Scratch and Python makes mathematical problem-solving more structured.

These are not four separate products. They are four pillars of the same foundation — the foundation that the BC curriculum aspires to build, and that Best Brains is built to deliver.

The Honest Answer to the Question

Is the BC curriculum preparing children for the jobs of 2035?

The honest answer is: partially, and with significant gaps.

The curriculum's philosophy is right — competency-based, learner-centred, focused on critical thinking and communication. The intent is aligned with what BC's economy actually needs. The redesign reflects genuine evidence and genuine ambition.

But intent and outcome are different things. And the outcome data — declining FSA scores, below-provincial numeracy benchmarks, graduation rates below the national average — tells a story of foundational gaps that the classroom alone, under current structural conditions, cannot consistently close.

The BC government's own $480-million Future Ready Action Plan is the most honest acknowledgment of this reality. When a government spends nearly half a billion dollars on adult re-skilling because the workforce is not emerging from the education system with the skills the economy needs — that is a structural signal, not an individual failing.

The most effective response to a structural gap is not to wait for the system to fix itself. It is to supplement what the system provides with the specific, structured, level-based enrichment that fills the gaps the system cannot always reach.

That is what Best Brains Abbotsford does. Every session. For every child. Across every program.

Book a Free Assessment — Find Out Where Your Child Stands Today

One session. No obligation. A clear, honest picture of where your child is in math and English — and a structured plan for building the foundation that the jobs of 2035 will demand.

Best Brains Learning Center — Abbotsford, BC 📍 Serving Abbotsford, Langley, Chilliwack, Mission and the Fraser Valley 📞 236-622-2074 🌐 bestbrains.com/ca-en/abbotsford 📧 abbotsford@bestbrains.com

The future is already being built. The question is whether your child is building it.

Frequently Asked Questions

Does Best Brains follow the BC curriculum? Best Brains' math and English programs are aligned with BC provincial standards and directly target the skills assessed in BC's Foundation Skills Assessment at Grades 4 and 7. The coding program follows the industry-standard progression — Scratch, Python, and Web Development — that aligns with BC's technology sector workforce requirements and post-secondary computer science prerequisites.

My child's school uses a competency-based approach. Is Best Brains compatible with that? Completely. Best Brains' level-based curriculum supports exactly the kind of deep conceptual understanding that BC's competency-based curriculum is designed to develop. The difference is that Best Brains' structured, teacher-led approach ensures that the foundational skills required for competency development are genuinely in place — which is what the FSA outcome data shows the classroom alone cannot consistently guarantee for every child.

How does coding preparation at Best Brains connect to BC's actual labour market? BC's 2025 Labour Market Outlook confirms strong technology sector growth as a primary driver of BC's economy through 2035. Best Brains' Scratch, Python, and Web Development curriculum builds exactly the foundational technical literacy that positions Abbotsford students to access those roles — starting in middle school, during the optimal cognitive window, with BC-certified teachers and a structured level-based program.

Is Best Brains suitable for children who are already performing well at school? Yes. The children who will be most competitive in BC's 2035 economy are not the ones who performed adequately in school. They are the ones who were stretched, enriched, and developed beyond grade-level expectations during the critical primary and middle school years. Best Brains serves advanced students at their actual ability level — not their grade level — ensuring they are never under-challenged or allowed to coast.

What is the best age to start with Best Brains for future-readiness? The earlier the better — Best Brains serves children from age 3. For future-readiness specifically, the Grade 3 to Grade 8 window is the most strategically important: it is when foundational gaps are still closeable, when coding education produces the highest cognitive return, and when the academic habits that determine high school performance are being formed. A child who arrives at Grade 9 with strong math foundations, genuine literacy skills, abacus-trained cognitive speed, and a coding background is not just ahead of their peers — they are structurally positioned for the economy their peers are not yet ready for.

Sources: WorkBC — BC Labour Market Outlook 2025-2035 · BC Government — StrongerBC: Future Ready Action Plan (2023) · BC Government — Strengthening Our Workforce (March 2026) · BC Ministry of Education — Curriculum Overview and Redesign · OECD Skills Outlook 2025 · Information and Communications Technology Council (ICTC) — Future of Work 2024 · Agilus Work Solutions — In-Demand Skills for Canada's 2026 Workforce · Abbotsford School District Measuring Up Report 2024-25 · Chilliwack School District Board Presentation January 2024 · BC Ministry of Education Foundation Skills Assessment data · Fraser Valley Tech Jobs — Fraser Valley Technology Sector Overview