Moving into school leadership changes more than your job title. It changes how colleagues interpret what you say, which problems reach your desk, and how often you must make decisions without having all the information you would like. This list brings together books written specifically for school leaders and several wider leadership books that transfer particularly well into education. The best school leadership books do not pretend that one framework can solve every problem. They offer useful ways to think, practical tools to test, and language for situations that new leaders often find difficult to name. Together, they cover instructional leadership, coaching, school culture, staff development, difficult conversations, feedback, and the first months in a new role. What Makes a Useful School Leadership Book? School leaders do not need more abstract encouragement to be visionary, courageous, or inspirational. Those qualities matter, but they rarely tell you what to do before a difficult meeting, how to respond to inconsistent teaching, or when to support a colleague and when to challenge them. A useful leadership book should help you understand the problem more clearly, make a more informed decision, and take an action that can survive contact with a real school. It should also leave room for professional judgment. A strategy that works in one department, grade level, or school culture may need considerable adaptation in another. For a broader reading list aimed at principals and senior leaders, see Eduettu’s guide to Education Leadership Books Every School Leader Should Read. The books below focus more narrowly on the transition into leadership and the realities of leading from the middle. 1) The New Middle Leader’s Handbook (James Ashmore and Caroline Clay) Best for: Your first department, curriculum, grade-level, or pastoral leadership role. This is the most directly relevant starting point for someone who has recently moved from classroom teaching into middle leadership. Ashmore and Clay write specifically for educators taking responsibility for a team, subject area, year group, or school priority. The book is particularly useful because middle leadership involves an unusual form of authority. You may be expected to improve colleagues’ practice without formally managing every aspect of their work. You often have responsibility without complete control, and you must translate senior leadership priorities into something workable for teachers and students. Rather than treating the role as a smaller version of headship, the book addresses the position on its own terms. It explores the practical work of leading colleagues, managing priorities, developing a team, communicating expectations, and maintaining credibility while remaining close to the classroom. Read this when you have accepted your first leadership role and need a realistic overview of what has changed. 2) Leverage Leadership 3.0 (Paul Bambrick-Santoyo) Best for: Instructional leadership, observation, coaching, and protecting your time. Many leaders enter the role wanting to improve teaching but spend most of their time responding to administration, behavior, staffing, email, and immediate problems. Leverage Leadership 3.0 is built around the question of how leaders can focus limited time on the actions most likely to improve instruction and student learning. The framework covers practical leadership levers such as observation and feedback, data-informed instruction, professional development, curriculum implementation, student culture, and the management of leadership teams. Its strength is operational clarity. The book does not simply advise leaders to prioritize teaching and learning. It offers routines, protocols, examples, and tools for doing so. Read this when your week is full, but too little of it is spent improving teaching. 3) Middle Leadership Mastery (Adam Robbins) Best for: Evidence-informed leadership across curriculum, teaching, and pastoral work. Middle Leadership Mastery is valuable for leaders who want more than a list of management tips. Robbins connects school leadership with ideas from psychology, cognitive science, curriculum design, staff development, quality assurance, wellbeing, and organizational thinking. The book recognizes that middle leaders are often asked to move between very different kinds of work. On the same day, a leader may review curriculum plans, support a struggling colleague, respond to a student concern, interpret assessment information, and explain a new expectation to the department. Robbins uses classroom and leadership examples to make the ideas accessible, but the book does not oversimplify the role. It is particularly strong for secondary subject and pastoral leaders, although much of the guidance transfers to elementary teams and wider instructional leadership positions. Read this when you want to understand why a leadership strategy might work, not merely what the strategy is. 4) The First 90 Days (Michael D. Watkins) Best for: Planning your first term or semester in a new role. This is not a school-specific book, but few books are better at explaining leadership transitions. Watkins focuses on how new leaders learn the organization, diagnose the situation, build relationships, secure early wins, and avoid making decisions before they understand the context. The book encourages leaders to distinguish between situations. Taking over a stable, effective department is different from inheriting one with weak results, high turnover, or unclear systems. The leadership response should also be different. Its corporate language occasionally requires translation, but the central principle is highly relevant: learn before you redesign. The book remains a widely used guide for leaders entering new positions and focuses specifically on accelerating transitions without confusing speed with immediate action. Read this when you are about to start a new role and feel pressure to arrive with all the answers. 5) The Coaching Habit (Michael Bungay Stanier) Best for: Helping colleagues think without solving every problem for them. New leaders often become the team’s answer provider. A colleague raises a concern, and the leader immediately offers a solution. This can feel helpful and efficient, but it may gradually make the leader a bottleneck while reducing the team’s capacity to solve problems independently. The book introduces a small set of repeatable coaching questions that can be used in informal conversations rather than reserved for formal coaching sessions. This makes it particularly practical in schools, where leadership conversations often happen between lessons, after meetings, or during brief planning windows. Read this when every problem is being returned to you, even when the person raising it could help develop the solution. 6) Radical Candor (Kim Scott) Best for: Giving clear feedback without becoming cold or evasive. Many new leaders struggle with the tension between maintaining good relationships and addressing problems directly. They may soften feedback until its meaning disappears, delay a necessary conversation, or become overly formal to create emotional distance. Kim Scott’s central framework combines personal care with direct challenge. For school leaders, this is useful because feedback is rarely only technical. A conversation about planning, classroom practice, communication, or reliability can affect a colleague’s confidence and sense of professional identity. The book helps leaders distinguish kindness from avoidance. Allowing a problem to continue because the conversation feels uncomfortable is not necessarily supportive. At the same time, blunt criticism without understanding, evidence, or respect is unlikely to improve practice. Read this when you know what needs to be said, but you keep rewriting the email instead of beginning the conversation. Pair this book with Eduettu’s guide to effective communication strategies for school leaders to translate the framework into meetings, staff communication, and everyday school leadership. 7) Difficult Conversations (Douglas Stone, Bruce Patton, and Sheila Heen) Best for: Conflict, underperformance, disagreement, and emotionally charged meetings. School leadership contains difficult conversations by design. Leaders must discuss performance, workload, behavior, parent concerns, missed expectations, competing interpretations, and decisions that may disappoint people. Difficult Conversations is one of the strongest books for understanding why these discussions become complicated. The authors explain that people are often having several conversations at once: a disagreement about what happened, an emotional response to the situation, and an internal concern about what the issue says about their identity. Read this when you are preparing for a conversation that feels more emotionally significant than the practical issue alone can explain. 8) Multipliers (Liz Wiseman) Best for: Developing staff capacity rather than becoming the department expert on everything. New leaders are often promoted because they were highly capable teachers. That strength can become a limitation when they continue to demonstrate expertise by answering every question, rewriting other people’s work, or controlling the decisions that matter. Multipliers contrasts leaders who expand the intelligence and contribution of the people around them with those who unintentionally diminish it. The idea is not that effective leaders become passive. They create challenging conditions, ask people to think, establish clear expectations, and use the expertise already present in the team. This has obvious relevance in schools. A department cannot become sustainably strong if all curriculum thinking, quality assurance, problem-solving, and professional development depend on one person. The leader’s work is partly to improve the system and partly to make other people more capable within it. Read this when your team depends on you so heavily that taking a day away creates a problem. 9) School Culture Rewired (Steve Gruenert and Todd Whitaker) Best for: Understanding the difference between culture, climate, and surface-level morale. School culture is frequently discussed but often reduced to celebrations, slogans, or whether staff appear positive. School Culture Rewired treats culture as the deeper collection of assumptions, expectations, traditions, relationships, and unwritten rules that shape how people behave. The second edition helps leaders distinguish culture from climate. Climate concerns how the school feels at a particular time. Culture is more deeply established and influences what people believe will be rewarded, tolerated, challenged, or quietly ignored. This distinction matters for middle leaders. You may not be able to change the culture of an entire institution, but you can influence the working culture of a department, year team, or professional learning group. The way meetings are run, decisions are explained, mistakes are handled, and staff expertise is recognized gradually becomes the team’s normal way of operating. Read this when staff describe the same recurring problems even though the school has introduced several initiatives to address them. 10) What Great Principals Do Differently (Todd Whitaker) Best for: Leadership judgment, consistency, and the habits that shape daily school life. This is the shortest and most accessible book on the list. Whitaker focuses on the attitudes and actions that distinguish effective principals, including how they treat people, respond to mistakes, recruit and retain staff, establish expectations, and make decisions consistently. The book’s strength is not a complex model. It is the accumulation of practical leadership observations. Many of its ideas appear straightforward, but they invite useful reflection on whether leaders behave consistently when under pressure. Read this when you want one book that your leadership team can discuss in short, practical sections. The first stage of school leadership can feel like a test of how much one person can hold at once. The more sustainable lesson is almost the opposite. Effective leaders do not carry every problem, make every decision, or become the source of every good idea. They create clarity, develop other people, protect the work that matters, and respond to difficult situations without losing sight of the human beings involved. The books on this list approach leadership from different directions, but the strongest share one principle: leadership is not about appearing impressive. It is about helping a school, team, and group of professionals work more intelligently and effectively together. Which leadership challenge are you facing right now, and which book could help you approach it differently? Let us know in the comments below. JOIN EDUETTU: Subscribe today NEW: Download Eduettu's 2026 Global Education Trends Report

School leadership in 2026 is shaped by a demanding combination of instructional, organisational, social, and technological pressures. Leaders are expected to raise achievement, support teacher retention, respond to student wellbeing concerns, manage parental expectations, interpret data, and guide schools through rapid changes in technology and curriculum. It requires strategic judgement, ethical clarity, and a deep understanding of how school culture, teaching quality, and professional trust interact. For principals, senior leaders, department heads, instructional coaches, and aspiring school leaders, these eight books provide useful perspectives on school improvement, instructional leadership, collaboration, innovation, equity, and organisational culture. Together, they offer a balanced reading list for leaders who want to make thoughtful, evidence-informed decisions in 2026. 1. Leverage Leadership 2.0 (Paul Bambrick-Santoyo) For school leaders who want practical systems, this is one of the strongest places to start. Leverage Leadership 2.0 focuses on the highest-impact actions leaders can take to improve teaching and learning, with attention to observation, feedback, data, planning, and school culture. The Amazon listing also notes that the book includes a companion website with real-world videos, templates, and tools. 2. The Principal 2.0: Three Keys to Maximizing Impact (Michael Fullan) Michael Fullan remains one of the most important voices in school improvement. The Principal 2.0 is especially useful because it does not treat the principal as a superhero. Instead, it focuses on how leaders create coherence, build professional capacity, and influence learning across the school. In 2026, this matters. Schools do not need leaders who simply absorb pressure. They need leaders who know which pressures to organise, which to challenge, and which to remove. 3. Learning by Doing (Richard DuFour, Rebecca DuFour, Robert Eaker, Thomas Many, and Mike Mattos) Professional learning communities are often talked about, but not always done well. Learning by Doing remains one of the most useful guides for making collaboration purposeful rather than performative. The fourth edition is presented as an updated guide to using the PLC process to address current education challenges. This book is particularly valuable for schools where meetings happen regularly, but the impact is unclear. It brings the focus back to student learning, teacher collaboration, evidence, and action. 4. The Listening Leader (Shane Safir) Leadership often rewards the person who speaks first, decides quickly, and appears certain. The Listening Leader offers a different model. It focuses on listening as a serious leadership practice, especially in schools working through equity, culture, and transformation. Amazon describes it as a book about creating the conditions for equitable school transformation. This is a strong read for leaders who want to build trust before launching another initiative. It is especially relevant in schools where staff feel unheard, families feel distant, or student voice has become a slogan rather than a practice. 5. The Innovator’s Mindset (George Couros) Innovation in education can easily become shallow: a new app, a new platform, a new display, a new initiative. The Innovator’s Mindset is more useful because it connects innovation to learning culture. Amazon’s description highlights the book’s focus on helping teachers and administrators empower learners to wonder, explore, and develop creativity. 6. Culturize (Jimmy Casas) School culture is easy to praise and hard to build. Culturize focuses on the daily behaviours, relationships, and expectations that shape how a school actually feels. Amazon describes the book as a guide to cultivating a community of learners where every student matters. This is a good book for leaders who know that culture is not created by mission statements. It is created in corridors, classrooms, meetings, emails, assemblies, and the small decisions people make every day. 7. Dare to Lead (Brené Brown) Although not written only for schools, Dare to Lead belongs on this list because school leadership is deeply human work. Difficult conversations, staff morale, trust, shame, vulnerability, courage, and accountability all sit inside the role. This is not a technical school improvement manual. It is a leadership book for the emotional reality of the job. In schools, that matters. Leaders who cannot handle discomfort often avoid the conversations that most need to happen. 8. Time, Tools, and Tactics of Instructional Leadership (Bret Range and Allan R. Bonilla) Instructional leadership is often named as a priority, but many leaders struggle to make time for it. This book is useful because it focuses directly on the practical challenge: how principals can manage time, use tools, and apply tactics that keep learning at the centre of leadership. Amazon describes it as a practical guide for helping school principals become effective instructional leaders. For leaders who spend too much of the week reacting to problems, this book offers a useful reminder: instructional leadership does not happen by accident. It has to be protected. The best education leadership books do not offer simple answers to complex school problems. Instead, they help leaders think with greater clarity about the decisions they make every day: how to improve teaching, how to support staff, how to build trust, how to use data wisely, and how to create a school culture where students and teachers can succeed. These eight books offer different routes into that challenge. Some focus on instructional leadership, others on culture, collaboration, innovation, or courageous decision-making. Read together, they provide a practical and thoughtful foundation for school leaders who want to lead with purpose rather than pressure. Which leadership challenge is most urgent in your school right now: improving instruction, rebuilding culture, reducing workload, strengthening collaboration, or leading change? Let us know in the comments below. JOIN EDUETTU: Subscribe today NEW: Download Eduettu's 2026 Global Education Trends Report

A school can have a polished mission statement, ambitious improvement targets, and a carefully written strategic plan, yet still struggle to create meaningful change. That is because schools are not improved by plans alone. They are shaped by culture: the beliefs people carry, the conversations they avoid, the behaviors leaders reward, and the expectations. Strong school culture does not mean everyone agrees. It means teachers can challenge ideas without damaging relationships, and leaders can acknowledge problems without creating fear. The ten books below explore school culture from different directions, including trust, leadership, belonging, psychological safety, professional development, data, and organizational change. Some were written specifically for educators, while others offer wider lessons about how successful groups learn and improve. For more practical ideas, read Eduettu’s guide to building a positive school culture. You can also explore our wider collection of education leadership books for school leaders. 1. School Culture Rewired (Steve Gruenert and Todd Whitaker) Few books examine school culture as directly as School Culture Rewired. Gruenert and Whitaker help leaders distinguish between climate, which describes how a school currently feels, and culture, which reflects the deeper assumptions and patterns shaping how people behave. The book explores different forms of school culture, including collaborative and toxic cultures, before helping readers identify where their own school sits. Its greatest strength is that it does not treat culture as an abstract leadership concept. It provides a framework for understanding the culture you have, defining the culture you need and narrowing the distance between the two. Best for: Principals and leadership teams beginning a culture review or whole-school improvement process. 2. Transforming School Culture (Anthony Muhammad) Schools rarely struggle because every member of staff is openly resistant to improvement. More often, different beliefs about students, responsibility, change, and professional practice pull the organization in competing directions. This is a particularly valuable book for leaders who repeatedly introduce new programs but continue to encounter the same patterns of resistance. It redirects attention from the initiative itself toward the beliefs and relationships that determine whether change becomes embedded. Best for: Schools experiencing staff division, initiative fatigue, or persistent resistance to change. 3. The Culture Code (Daniel Coyle) Although The Culture Code was not written specifically for education, its central question is highly relevant to schools: why do some groups become more cohesive, trusting, and effective than others? Coyle studies successful teams and organizations to identify the behaviors that support group performance. He organizes these ideas around safety, shared vulnerability, and a clear sense of purpose. For school leaders, the book offers an important reminder that culture is communicated through repeated human signals. Staff notice who is listened to, how mistakes are treated, whether leaders admit uncertainty, and what happens when stated values come into conflict with convenience. Best for: Leaders seeking an accessible introduction to team culture, belonging, and collective purpose. 4. The Fearless Organization (Amy C. Edmondson) Schools depend on people sharing concerns before those concerns become serious problems. Teachers need to question ineffective practices, students need to ask for help, and leaders need to receive uncomfortable information without punishing the person who provides it. Psychological safety does not mean lowering standards or avoiding accountability. It creates the conditions in which problems can be discussed early enough to solve them. For schools trying to become genuine learning organizations, that distinction is essential. Best for: Leadership teams working on staff voice, organizational learning, innovation or safer professional dialogue. 5. Trust Matters (Megan Tschannen-Moran) Improvement becomes difficult when teachers do not trust leaders, families do not trust the school, or students believe that rules are applied inconsistently. Trust Matters places trust at the center of successful school leadership. Tschannen-Moran examines how trust develops across relationships between leaders, teachers, students, and families, while offering practical guidance for strengthening it. Best for: Leaders rebuilding relationships after organizational change, conflict or inconsistent communication. 6. Coherence (Michael Fullan and Joanne Quinn) Many schools do not suffer from a lack of ideas. They suffer from too many disconnected priorities competing for the same attention. Coherence explores how schools, districts, and education systems can create greater alignment through focused direction, collaborative cultures, deeper learning, and internal accountability. The book is especially relevant to schools experiencing initiative overload. It encourages leaders to examine whether staff understand how different priorities connect and whether new programs strengthen an existing direction or simply add another layer of activity. Best for: School groups, districts, and leadership teams trying to reduce fragmentation and align improvement priorities. 7. Street Data (Shane Safir and Jamila Dugan) Street Data challenges schools to look beyond distant metrics and move closer to students’ lived experiences. Safir and Dugan present an asset-based approach that draws attention to student voice, cultural knowledge, learning experiences, and the conditions surrounding achievement. This does not require schools to abandon quantitative evidence. Instead, it asks leaders to consider what conventional dashboards leave unseen and whose perspectives are missing when decisions are made. Best for: Leaders reviewing assessment, equity, student voice, or data-informed school improvement. 8. Cultures of Thinking in Action (Ron Ritchhart) In Cultures of Thinking in Action, Ron Ritchhart explores ten mindsets that help teachers and leaders create environments where thinking is valued, visible, and intentionally developed. The book includes reflective questions, practical tools, and examples that can be used by individuals or professional learning teams. It is particularly useful for schools where lessons appear orderly and productive, but students are not consistently explaining ideas, testing assumptions, or thinking with genuine independence. Best for: Curriculum leaders and teaching teams building a shared approach to deeper learning and student thinking. 9. Belonging Through a Culture of Dignity (Floyd Cobb and John Krownapple) Belonging is sometimes treated as a matter of school spirit, inclusion events or encouraging messages. Belonging Through a Culture of Dignity presents it as a deeper organizational responsibility. The book connects dignity, belonging and equity, asking educators to examine whether students are merely present within the school or genuinely experience themselves as respected and valued members of it. This makes the book useful for leaders who want to move beyond symbolic inclusion. It encourages schools to consider how policies, language, relationships and everyday interactions communicate whose identity, knowledge and participation matter. Best for: Schools developing more inclusive cultures and examining how equity is experienced in everyday practice. 10. The PD Book (Elena Aguilar and Lori Cohen) The PD Book explores seven habits for creating stronger professional development. Aguilar and Cohen examine purpose, adult learning, facilitation, design, and the power dynamics that can influence whether participants engage honestly. The book is practical, but its value goes beyond improving workshops. It asks leaders to treat professional development as part of the school’s culture. When learning is relevant, well-designed, and responsive, staff are more likely to see development as something done with them rather than to them. Best for: Instructional coaches, professional development leaders, and administrators redesigning staff learning. Fair warning: Books do not transform schools by themselves! However, the right book can give people a clearer language for naming what is happening, questioning accepted routines, and deciding what needs to change next. Which element of your school culture is currently helping improvement, and which element may be quietly holding it back? Let us know in the comments below. 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July 2026 brought several developments that reflect the growing influence of artificial intelligence, renewed conversations about education funding, innovative national reforms and the continued importance of STEM education. Together, these stories reveal an education sector balancing technological innovation with the enduring need for thoughtful leadership and evidence-informed policy. 1. AI literacy is evolving into data literacy Artificial intelligence continues to dominate education discussions, but one of July's most important developments shifted the conversation beyond simply using AI tools. At an international conference organised by France Éducation International, UNESCO's International Institute for Educational Planning (IIEP) and the French Ministry of Education, education leaders argued that data literacy is becoming just as important as AI literacy. As schools generate more data and students increasingly interact with AI-generated content, educators must help learners understand how data is collected, interpreted and used responsibly. This represents an important evolution. Knowing how to prompt an AI chatbot is only one part of digital competence. Students also need to question where information comes from, recognise bias, interpret evidence and understand the ethical implications of data-driven technologies. These skills will become increasingly valuable as AI becomes embedded across education and the workplace. For schools already exploring generative AI, this reinforces the message that technology education should focus on critical thinking rather than technical novelty. As we explored in How Teachers Can Use AI Without Losing Professional Judgment, AI should strengthen professional expertise, not replace it. 2. UNESCO urges governments to protect education funding At the Transforming Education Summit +4, UNESCO issued a clear warning: too many governments are being forced to prioritise debt repayments over education investment. The organisation highlighted that 113 countries now spend more servicing debt than they invest in education, raising concerns about whether schools can meet growing expectations without adequate resources. Although funding pressures differ between countries, the underlying question is universal. Education systems are being asked to improve outcomes, integrate artificial intelligence, strengthen inclusion, modernise curricula and address teacher shortages, often while operating under significant financial constraints. For school leaders, this serves as a reminder that educational reform is not driven solely by ideas. Successful implementation depends on sustained investment in teachers, infrastructure, professional development and student support. Long-term improvement requires both ambition and capacity. 3. Kyrgyzstan demonstrates the importance of school leadership One of July's most interesting case studies came from Kyrgyzstan, where education reforms are focusing on strengthening district-level support for schools rather than introducing another classroom initiative. Working with UNESCO's International Institute for Educational Planning, the country is investing in stronger educational leadership, governance and local decision-making to improve teaching quality across its school system. This approach reflects an important lesson often overlooked in education debates. Sustainable improvement rarely comes from individual classroom interventions alone. Strong leadership helps schools build coherent cultures, support teachers, implement curriculum changes consistently and respond effectively to local needs. While every education system operates within its own context, Kyrgyzstan's reforms reinforce a broader principle: improving leadership capacity can create the conditions in which teachers and students are more likely to succeed. 4. STEM education continues to expand beyond traditional science STEM education also saw important developments during July. UNESCO released a practical guide on integrating artificial intelligence into Technical and Vocational Education and Training (TVET), helping institutions prepare learners for industries increasingly shaped by automation, advanced manufacturing and digital technologies. Rather than treating AI as a standalone subject, the guidance encourages educators to embed AI knowledge within technical and vocational programmes that reflect real workplace demands. This reflects a broader shift in STEM education. Scientific knowledge remains essential, but future STEM careers will increasingly require learners to combine technical expertise with digital skills, ethical judgement and adaptability. Schools therefore face the challenge of preparing students not simply to understand science and technology, but to apply them responsibly in rapidly changing industries. For educators, this reinforces the importance of viewing STEM as an evolving discipline rather than a fixed collection of subjects. Scientific understanding, computational thinking and problem-solving are becoming increasingly interconnected. Looking ahead July 2026 demonstrated that education continues to evolve across multiple fronts. Artificial intelligence is prompting schools to rethink digital literacy, governments are confronting difficult funding decisions, leadership remains central to successful reform and STEM education continues to adapt to technological change. While these developments emerged from different parts of the world, they point towards a common theme. Educational improvement depends not on responding to every headline, but on understanding which changes genuinely matter for teaching, learning and leadership. As always, the challenge for educators is not simply to keep up with change, but to ensure that change serves the long-term interests of students. Which of these global developments is most likely to influence education in your context, and how should leaders respond? Let us know in the comments below. JOIN EDUETTU: Subscribe today NEW: Download Eduettu's 2026 Global Education Trends Report

Teacher retention is often discussed as a workforce issue. Governments worry about recruitment targets, school leaders worry about vacancies, and policymakers debate salaries, workload and financial incentives. Although these concerns are important, they can reduce retention to an operational problem to be managed through recruitment campaigns and human resources processes rather than seeing teacher retention as an education outcomes problem. When an experienced teacher leaves, a school does not simply lose one member of staff. It loses accumulated subject knowledge, curriculum familiarity, professional relationships, classroom expertise and institutional memory. Replacing that teacher may fill a vacancy, but it does not immediately replace what has been lost. For students, repeated changes in staffing can mean disrupted relationships, inconsistent expectations and a less stable learning environment. Teacher shortages are affecting schools internationally Teacher shortages are no longer isolated difficulties experienced by particular schools or regions. They represent a growing international challenge. The OECD’s Education Policy Outlook 2024 found that the proportion of students attending schools where principals reported that teacher shortages hindered instruction increased from 29% in 2015 to 46.7% in 2022 across OECD countries. This means that almost half of students were learning in schools where staffing difficulties were limiting the institution’s capacity to provide effective teaching. The global picture is equally concerning with UNESCO estimating that 44 million additional primary and secondary teachers will be needed by 2030 to achieve universal education. This projected deficit reflects both the need to create new teaching positions and the need to replace teachers who retire or leave the profession. Recruitment is therefore necessary, but recruitment alone cannot solve the problem. Education systems cannot continually recruit their way out of poor retention. When large numbers of teachers leave faster than they can be replaced and developed, the workforce becomes less experienced, schools become less stable and the pressure placed upon remaining staff intensifies. Teacher expertise compounds over time Teaching experience is sometimes treated as little more than the number of years a person has spent in a classroom. In reality, effective teaching knowledge is cumulative. Over time, teachers learn to recognise misconceptions before they become embedded. They refine explanations, examples and questions that make difficult ideas more accessible. They become more confident in managing behaviour, adapting lessons and responding to students whose needs are not immediately obvious. They also develop professional judgement about assessment, safeguarding, curriculum sequencing, parental communication and the appropriate use of educational technology. Teacher effectiveness does not automatically increase with every year of service, and experience alone should never be confused with excellence. However, teachers require time, support, reflection and repeated practice to improve. A system characterised by constant turnover repeatedly loses practitioners just as they are developing deeper professional competence. This is one reason we noted that technology should support rather than replace the professional judgement of teachers. The capacity to make sound educational decisions develops through subject knowledge, experience and sustained engagement with learners. It cannot be reproduced simply by hiring a new employee, adopting a scripted programme or introducing an automated platform. Turnover affects more than one classroom The effects of teacher turnover are not limited to the students assigned to the departing teacher. A major study of teacher turnover in New York City schools found that higher turnover was associated with lower achievement in both mathematics and English language arts. Importantly, the negative effects extended beyond students whose own teachers had left. Turnover disrupted the wider organisation, affecting collaboration, curriculum coordination and the working conditions experienced by other teachers. The research is summarised by the Stanford Center for Education Policy Analysis. This organisational effect matters because teaching is not an isolated activity. Strong schools depend on departments and teams that share knowledge, develop common expectations and solve problems collectively. Experienced staff often mentor early-career teachers, preserve curriculum continuity and help colleagues understand the needs of particular students and communities. When turnover becomes persistent, these professional networks weaken. Remaining teachers may absorb additional classes, mentor new colleagues, rebuild shared resources or take responsibility for programmes previously led by departing staff. Even when vacancies are filled, the school must direct time and attention towards induction and reconstruction rather than improvement. A school can continue operating during this process. That does not mean the process is educationally neutral. Stability creates conditions for learning Teachers build an understanding of students’ academic histories, confidence levels, misconceptions, relationships and aspirations. This knowledge allows them to interpret behaviour more accurately, select appropriate support and recognise changes that may require intervention. Such understanding develops gradually through repeated interaction. High turnover weakens this continuity. Students may need to adjust repeatedly to different routines, expectations and teaching approaches. Parents may lose established points of contact. Departments may struggle to maintain consistent curriculum sequencing, assessment standards and behavioural expectations. This is particularly important for students who require additional support. Learners with special educational needs, language barriers, disrupted schooling or difficult personal circumstances often benefit most from stable relationships and predictable environments. They may also be most affected when those relationships are repeatedly interrupted. Retention is therefore connected not only to examination results but also to attendance, behaviour, inclusion, safeguarding and student wellbeing. These outcomes cannot be separated neatly from academic achievement. They create the conditions in which meaningful learning becomes possible. Teacher retention reflects organisational health Some staff movement is natural and beneficial. Teachers relocate, pursue promotion, change careers or leave roles that are no longer appropriate for them. A school with no turnover at all is not necessarily healthier than one in which people occasionally move on. Persistent or concentrated turnover, however, should be treated as an organisational warning. Pay matters, particularly when teachers face rising living costs or can earn considerably more in comparable professions. Yet financial compensation is only part of the picture. Teachers also make decisions based on workload, leadership, behaviour, autonomy, professional development, career progression and whether their contribution is recognised. Workload is especially important because the total burden of teaching extends far beyond classroom instruction. Planning, marking, administration, data entry, meetings, communication and intervention records can gradually consume the time required for thoughtful professional practice. Eduettu’s analysis of teacher workload in 2026 argues that leaders must distinguish between work that improves learning and work that exists primarily because it has become embedded in organisational routines. When teachers repeatedly report that their workload is unsustainable, the appropriate response is not simply to encourage greater resilience. Leaders should examine which responsibilities are educationally necessary, which can be simplified and which should be stopped. Leadership determines whether staying feels worthwhile School leaders cannot resolve national teacher shortages alone. They cannot control housing costs, national salary structures, teacher-training numbers or the wider public status of the profession. They do, however, shape the environment in which teachers experience their work. Leaders influence whether expectations are clear, whether behaviour policies are applied consistently, whether meetings have a genuine purpose and whether teachers are protected from unreasonable demands. They decide how professional development is organised, how success is recognised and how much autonomy teachers have over their classrooms. Listening does not mean agreeing with every concern or avoiding difficult organisational decisions. Effective leadership sometimes requires challenge, accountability and change. However, teachers are more likely to accept demanding decisions when the reasoning is clear, the process is fair and their professional perspective has been taken seriously. Validating staff should not be confused with offering superficial praise. Genuine validation means recognising the complexity of the work, protecting teachers from avoidable burdens and involving them in decisions that affect teaching and learning. It also means ensuring that accountability systems distinguish between professional challenge and unnecessary pressure. Retention should not mean preserving every practice A focus on teacher retention must not prevent schools from addressing weak performance or resisting necessary reform. Not every departure is a loss, and leaders have a responsibility to protect students from consistently ineffective practice. Retention policies should therefore focus on keeping effective teachers, supporting those with the potential to improve and creating fair processes for addressing persistent underperformance. Nor should experienced staff be allowed to block change merely because a practice is familiar. Schools must still respond to new evidence, changing student needs and legitimate accountability expectations. The purpose of retention is not to protect the status quo. It is to preserve and develop the human expertise required for improvement. This distinction is important. A healthy professional culture does not avoid challenge. It creates the trust and stability necessary for teachers to engage with challenge constructively. Recruitment without retention is an expensive cycle Education systems often celebrate the number of new teachers recruited. Less attention is given to how many remain long enough to develop into experienced professionals. Every departure creates direct and indirect costs. Schools must advertise positions, conduct interviews, complete safeguarding processes, arrange induction and provide mentoring. Leaders adjust timetables, redistribute responsibilities and support new staff as they learn unfamiliar systems and curricula. These processes require significant time from experienced employees. When turnover is high, the very teachers a school most needs to retain may be given additional responsibilities because of the instability around them. This can create a damaging cycle where teachers leave, remaining staff take on more work, workload and morale deteriorate, and further teachers begin to consider leaving. Recruitment targets may temporarily conceal this problem by keeping vacancies filled. Headcount, however, is not the same as organisational capacity. A school may technically have enough teachers while lacking sufficient experience, subject specialism, mentoring capacity or curriculum knowledge. What leaders should measure Leaders should examine how retention varies between departments, career stages and demographic groups. They should identify whether teachers are leaving the profession, moving to other schools or seeking promotion elsewhere. These are different forms of turnover with different implications. Exit interviews can provide useful evidence, but they should not be the first time staff are asked about their working conditions. By that stage, the decision to leave has often already been made. Regular professional conversations, carefully designed staff surveys and honest workload reviews allow leaders to identify patterns earlier. Data should be interpreted alongside context rather than reduced to a single retention target. A small department losing two experienced specialists may face a more serious problem than a much larger department recording the same number of departures. Leaders should also examine the educational consequences of turnover. Changes in student outcomes, curriculum provision, staff absence, behaviour, intervention capacity and mentoring should be considered alongside staffing statistics. Retaining teachers requires more than wellbeing initiatives Wellbeing support has an important place in schools, but it cannot compensate for poor organisational design. Teachers do not need every difficulty removed from their work. Teaching is intellectually, emotionally and socially demanding by its nature. Teachers need confidence that the demands placed upon them have a clear educational purpose and that leaders will act when avoidable pressures become harmful. The strongest retention strategies are therefore embedded in daily operations. They include coherent behaviour systems, protected planning time, purposeful meetings, high-quality professional development, fair career pathways and reliable leadership support. Retention improves when teachers can see that their time is respected, their expertise is developing and their work continues to matter. Teacher retention should therefore not be treated as an internal staffing metric or an annual recruitment challenge. It should be considered alongside curriculum quality, attendance, inclusion, and academic achievement as a central condition of educational success. The most important question is not simply whether schools can place an adult in every classroom. It is whether they can build and sustain a profession in which capable teachers are supported to remain, develop and do their best work. When teachers stay in healthy professional environments, students gain continuity, stronger relationships and access to deeper expertise. Retaining teachers is not separate from improving outcomes. What does staff turnover reveal about your school’s ability to provide consistent, high-quality education? Let us know in the comments below. JOIN EDUETTU: Subscribe today NEW: Download Eduettu's 2026 Global Education Trends Report

Your child is sitting at the table with a homework question they do not understand. You can see the mistake. You know how to fix it. Giving them the answer would take ten seconds and might save everyone from another difficult evening. It is easy to understand why parents step in. However, when support becomes explaining every instruction, correcting every mistake, or managing every deadline, children may complete the assignment without developing the skills needed to learn independently. What Does Supporting Learning Actually Mean? Supporting learning is not the same as delivering another lesson at home. Teachers are responsible for introducing curriculum content, choosing suitable explanations, assessing understanding and responding when a student needs additional instruction. Parents have a different but equally valuable role. At home, parents can protect routines, show interest, listen, help children organize themselves and encourage them to keep thinking when work becomes difficult. This kind of parental engagement can support academic progress, although the quality of the involvement matters more than simply increasing the amount of help. Research reviews suggest that practical, focused support is generally more useful than vague encouragement or constant supervision. A useful distinction is this: Teachers teach the lesson. Parents help children become ready, willing and increasingly able to learn. 1) Create the Conditions for Learning Children find it harder to learn when they are hungry, exhausted, distracted or worried about making a mistake. Before correcting the work, consider whether the conditions around the work need attention. A supportive home-learning environment does not require a perfect desk, expensive resources or complete silence. It usually requires a predictable time, the necessary materials, limited avoidable distractions and a realistic expectation of how long the child can concentrate. Some children need quiet. Others work better with an adult nearby or with brief movement breaks between tasks. Parents can also help children prepare without preparing everything for them. Rather than placing every book and pencil on the table, ask, “What will you need before you begin?” This turns a routine moment into practice in planning and organization, two of the essential thinking skills children increasingly need as they move through school. 2) Help Your Child Start, Not Finish Many children do not need the answer. They need help finding an entry point into the task. A long worksheet, unfamiliar question or large project can feel overwhelming because the child is trying to hold too much information in mind at once. Parents can reduce this pressure by helping them identify the first manageable action. That might mean reading the instruction aloud, circling the key word, finding an example or dividing a project into smaller stages. The important part is to return ownership quickly. You might say, “Let’s work out what the question is asking. Then you can decide what to try first.” Once your child begins, step back and allow them to continue. Your help has served its purpose when it makes independent action possible. This is sometimes called scaffolding. Scaffolding provides enough support to get someone started, then reduces that support as their ability grows. A scaffold is useful because it is temporary. If the adult continues carrying every part of the task, the child has fewer opportunities to develop the skill. 3) Ask Questions Instead of Giving Answers Questions are one of the most effective ways parents can support learning without taking control. A good question directs the child’s attention but leaves the thinking with them. Instead of asking, “How can you not know this?” or immediately explaining the method, try: What do you understand so far? What is the question asking you to find? Where did it begin to feel confusing? Have you seen a similar example? What could you try next? How could you check your answer? These questions help children plan, monitor and evaluate their learning. Together, these processes form part of metacognition, or the ability to think about and manage one’s own thinking. There is a strong body of evidence connecting metacognition and self-regulation with effective learning, particularly when children are taught specific strategies they can eventually use independently. 4) Teach Learning Strategies, Not Just Subject Content Parents sometimes feel unable to help because school methods have changed or because they do not remember the subject themselves. This does not make their support less valuable. You do not need to remember how to divide fractions, analyze a poem or label a cell to help your child use a productive learning strategy. You can help them locate an example, retrieve what they already know, explain the problem in their own words, divide the task into steps or record a question to ask the teacher. One particularly useful strategy is retrieval practice. Instead of immediately reopening a book or rereading a page, ask your child what they can remember first. Bringing knowledge back to mind strengthens later recall more effectively than repeatedly looking at the same information. Research with elementary-aged children has found that children who practiced retrieving information later remembered more than children who simply studied it again. 5) Allow Productive Struggle and Visible Mistakes Watching a child struggle can be uncomfortable. Adults often step in because the child is frustrated, time is limited or the correct answer seems obvious. Yet manageable difficulty is not necessarily a sign that learning has gone wrong. Productive struggle occurs when a task is challenging but still within reach. The child may need to pause, make an incorrect attempt, reconsider an idea or try another approach. These moments can develop persistence and flexible thinking, provided the child remains emotionally able to engage with the task. Parents can support productive struggle by resisting the first impulse to rescue. Give your child a little time. Ask what they have tried. Help them identify the last point that made sense. Normalize uncertainty with language such as, “You do not know it yet, but you have somewhere to begin.” This is different from leaving a distressed child unsupported. If frustration has become panic, anger or complete shutdown, thinking may no longer be possible. A short break, a simpler starting point or help from the school may be more appropriate. The aim is not to make children struggle for its own sake. It is to help them experience difficulty without automatically interpreting it as failure. 6) Reduce Your Help Gradually Independence rarely appears because an adult suddenly announces, “You need to do this by yourself now.” Children become independent by repeatedly doing manageable parts of a process with decreasing support. A younger child may initially need you to sit beside them, read the instruction and help divide the task into steps. Later, you may only help them make a plan. Eventually, you might ask them to begin alone and return if they can explain exactly where they became stuck. This gradual transfer matters because parental help is not automatically beneficial or harmful. A 2024 meta-analysis found that autonomy-supportive involvement was positively associated with achievement, while controlling involvement and frequent content help did not show the same benefit. In other words, the most useful support helps children gain greater control over their own learning. Parents can encourage children to check their own work, but they do not need to correct every mistake. Errors help teachers identify what a student understands and where further instruction is needed. If a child notices an error, ask them to explain why it may be wrong and what they could change. Supporting Learning Without Taking Over The best parental support does not always produce the neatest assignment or the fastest correct answer. Sometimes it produces a crossed-out attempt, a thoughtful question or a child who returns to the task after becoming frustrated. These moments may look less impressive than a perfect page, but they reveal something more important. The child is learning how to begin, remember, plan, check, recover and ask for appropriate help. Parents do not need to become teachers at home. They can offer something different: a secure place to make mistakes, calm guidance when learning becomes difficult and the confidence to step back when their child is ready to think alone. Where is your child already learning independently, and where might you be ready to return a little more of the thinking to them? Let us know in the comments below. JOIN EDUETTU: Subscribe today NEW: Download Eduettu's 2026 Global Education Trends Report

The move to middle school can feel like a major academic leap. Children face more teachers, longer assignments, changing classrooms, and greater expectations. It is natural for parents to wonder whether their child knows enough before making the transition. However, readiness is not simply about learning more facts or starting the next curriculum early. Children also need the thinking skills that help them manage information, retrieve knowledge, and organise themselves. What Are Thinking Skills? Thinking skills are the mental processes we use to understand information, make decisions, and approach problems. They include working memory, attention, planning, reflection, flexible thinking and the ability to judge whether information is reliable. Some of these abilities are often grouped under the term executive skills. Children do not need to master every skill before entering middle school. Readiness means having a growing ability to use them, along with the confidence to pause, adjust and ask for support when something becomes difficult. 1) Holding and Managing Information Working memory allows children to hold information in mind while doing something with it. They use it when following a sequence of instructions, calculating a problem mentally, remembering the beginning of a sentence while reading the end or collecting the materials needed for a task. A child with an overloaded working memory may appear careless or distracted. They might complete the first part of an instruction but forget the rest, lose their place during a calculation or understand a task while it is being explained but struggle once they begin independently. This is not always a question of effort. The child may simply be trying to manage more information than they can comfortably hold at once. Parents can help by giving shorter instructions, encouraging children to repeat important information aloud, and using visible reminders for multi-stage tasks. Instead of reminding your child of every item needed for school, ask, “What will you need tomorrow, and how could you make sure you remember it?” 2) Retrieving Knowledge From Memory Children often believe they know something because it looks familiar when they reread it. Yet recognising information on a page is not the same as being able to recall and use it independently. Strong learners practise bringing information back from memory rather than repeatedly reading it. Research with elementary-aged children has found that retrieval practice can produce stronger later recall than simply studying the same material again. In one series of experiments involving children with an average age of ten, those who practised retrieving information remembered more than those who repeatedly restudied it. At home, retrieval can be simple and conversational. After reading, ask your child to tell you three things they remember before reopening the book. After a museum visit, discuss what stood out on the journey home. Before checking notes, ask, “What can you already remember?” The aim is not to test children constantly, but to show them that remembering involves active effort. 3) Planning and Organising Independently Middle school requires children to manage several subjects, teachers, deadlines and sets of materials. A child may understand the academic work but still struggle because they forget equipment, underestimate how long an assignment will take or wait until the final evening to begin. Planning is not a personality trait that children either possess or lack. It is a process that can be made visible and practised. When your child has a project, resist the urge to organise the entire task for them. Instead, help them identify the outcome, work backwards from the deadline and decide what should happen first. Want practical, research-informed ideas for supporting learning without recreating school at home? Join Eduettu for clear guidance for parents and instant access to the Global Education Trends Report 2026. 4) Thinking About Their Own Thinking Metacognition means being aware of how we think and learn. A metacognitive child does not simply complete a task, they begin to recognise what the task requires, whether their approach is working and what they might change next time. This becomes particularly important in middle school, where students receive less immediate adult support. A child who can say, “I understand the first part, but I became confused here,” is in a stronger position than one who simply concludes, “I’m bad at this.” Eduettu’s guide to metacognition and self-regulated learning explores how planning, monitoring and evaluating help children become more independent learners. 5) Solving Problems Flexibly Children often learn a method and then expect every future problem to look the same. Flexible thinkers can recognise when a familiar approach is useful, but they can also change direction when the first attempt does not work. Parents can support this by allowing children enough time to experience manageable difficulty. When adults step in immediately, children may complete the task more quickly but lose the opportunity to explore, test and revise an idea. A better starting point is often, “What have you tried?” followed by, “What else could you try?” Games, construction, cooking and practical projects create natural opportunities for flexible thinking. A structure that falls down, a recipe that needs adjusting or a game strategy that stops working all require children to reconsider their assumptions. Eduettu’s article on encouraging STEM learning at home offers further ideas for using low-pressure investigation to build curiosity, resilience and problem-solving. 6) Evaluating Information and Explaining Reasoning Children now encounter information through search engines, videos, social media, AI tools, friends and online personalities. Before middle school, they need to begin understanding that information can be incomplete, misleading, persuasive or simply incorrect. Critical thinking does not mean automatically distrusting everything. It means pausing before accepting a claim and asking sensible questions. Who created this information? What evidence is offered? Is another explanation possible? Can the claim be confirmed somewhere else? These habits become increasingly important as children complete independent research and encounter more complex online content. Parents can model this thinking during ordinary conversations. When an advertisement makes a dramatic promise, examine how it is trying to persuade. When two sources disagree, compare their evidence. When a child expresses an opinion, ask what led them to it rather than immediately correcting them. The goal is to develop children who can explain not only what they think, but why they think it. How Can Parents Build Thinking Skills at Home? The most useful support is usually consistent rather than intensive. Children do not need a daily programme of brain-training exercises. They need regular opportunities to remember, plan, make choices, explain ideas and recover from small mistakes. Try replacing some reminders with prompts. Rather than saying, “Put your homework in your bag,” ask, “What needs to be ready for tomorrow?” Instead of correcting an answer immediately, ask, “How did you reach that conclusion?” These small changes encourage children to perform more of the thinking themselves. Support should be reduced gradually, not removed suddenly. A child who has always relied on an adult to manage every deadline will not become organised simply because middle school has begun. Show the process, practise it together and then step back one part at a time. What Middle-School-Readiness Really Looks Like A middle-school-ready child is not one who never forgets anything, never becomes distracted, and always knows the correct answer. Adults do not meet that standard either. Readiness is better seen in how children respond when learning becomes difficult. Can they pause rather than immediately give up? Can they identify what they do and do not understand? Can they retrieve useful knowledge, try another strategy, organise the next step or ask a meaningful question? These abilities will continue developing throughout adolescence. The purpose of preparing children is not to make them completely independent before they are ready. It is to help them become increasingly capable of participating in their own learning. The most valuable preparation may therefore be less about getting ahead and more about gradually changing the role a child plays at home: from someone who receives instructions and solutions to someone who remembers, plans, questions, attempts and reflects. Which part of learning does your child currently manage independently, and where are you still doing most of the thinking for them? Let us know in the comments below. JOIN EDUETTU: Subscribe today NEW: Download Eduettu's 2026 Global Education Trends Report

Some lessons feel difficult because the subject itself is challenging; others feel difficult because students are being asked to listen, read, remember instructions, interpret a diagram and begin a task at the same time. Cognitive Load Theory can help teachers understand the difference. It offers a practical way to design lessons, resources and classroom activities around the limits of working memory, without removing the challenge that makes meaningful learning. What Is Cognitive Load Theory? Cognitive Load Theory is an instructional theory developed through the work of educational psychologist John Sweller and other researchers. It begins with a relatively simple idea: working memory can process only a limited amount of unfamiliar information at one time. Long-term memory operates differently. Once knowledge has been organised into connected mental structures, often called schemas, students can retrieve and use it with much less conscious effort. Learning therefore involves more than completing an activity successfully. It requires students to build knowledge in long-term memory that can be used again later. What Are the Three Types of Cognitive Load? Intrinsic cognitive load comes from the inherent complexity of the material. Learning a new scientific equation, interpreting a historical source or constructing a written argument may require several ideas to be considered together. Extraneous cognitive load is created by the way information is presented. Unclear instructions, cluttered slides, unnecessary decoration and disconnected diagrams can all consume mental resources without contributing to learning. Germane cognitive load describes the productive mental effort students use to understand relationships, organise knowledge and develop schemas. The aim is not to remove cognitive load; a lesson with no mental challenge is unlikely to produce much learning. The aim is to reduce unnecessary overload while carefully managing the complexity of the material students need to understand. 1) Begin With What Students Already Know Cognitive load is not always determined by the task, it really depends on the knowledge a student already possesses. A task that feels manageable to an experienced learner may place significant pressure on the working memory of a beginner because every term, step and relationship is still unfamiliar. Before introducing new content, identify the knowledge students will need in order to understand it. A short retrieval activity, diagnostic question or class discussion can reveal whether those foundations are secure. This does not require a lengthy recap at the start of every lesson. A few carefully chosen questions may be enough to activate relevant knowledge and reveal important gaps. When essential background knowledge is missing, briefly reteaching it is not a distraction from the main lesson. It may be the step that allows students to access the lesson! New information is easier to understand when students can connect it to something meaningful already stored in long-term memory. 2) Break Complex Content Into Manageable Stages We want students to see the complete picture. However, presenting an entire process at once can overwhelm beginners, particularly when several unfamiliar ideas must be understood and applied simultaneously. Breaking complex content into manageable stages allows students to focus on one important relationship before combining it with others. This 'chunking' should not reduce learning to a collection of disconnected fragments. Once the individual parts are understood, teachers need to bring them back together and show how they form a meaningful whole. Good sequencing reduces avoidable confusion while preserving the ambition and complexity of the curriculum. 3) Use Worked Examples and Guided Practice When students are asked to solve an unfamiliar problem independently, they may spend most of their mental effort searching for a possible method. A worked example reduces this unnecessary search by showing how an expert approaches the task. It makes normally invisible decisions visible and allows students to concentrate on the process rather than simply guessing what to do. Worked examples can be used in almost every subject. A mathematics teacher might model each stage of an equation. A science teacher could demonstrate how to interpret a graph. An English teacher might annotate a paragraph while explaining how the evidence supports the argument. The strongest examples do not only reveal the correct answer. They explain why each decision was made. 4) Design Clearer Slides, Resources and Explanations A visually impressive resource is not automatically an effective one. Decorative images, animations, sound effects and large quantities of text can compete for attention, even when they make a presentation appear more engaging. Every element students must inspect, interpret or ignore uses some of their limited mental capacity. Information that belongs together should also be presented together. Students experience split attention when they must repeatedly move between a diagram, a separate explanation, a worksheet and a presentation in order to understand one idea. Visuals can clarify relationships, direct attention and make abstract ideas easier to understand. The key question is whether each element supports the learning objective. A useful diagram paired with a concise explanation may reduce cognitive load, while an overcrowded slide containing several competing messages is more likely to increase it. 5) Make Instructions Clear and Strengthen Memory Students sometimes struggle with an activity because the instructions create more difficulty than the subject itself. Long verbal explanations are easily forgotten, particularly when students are also moving into groups, preparing equipment, or thinking about the first stage of the task. Instructions should therefore be brief, logically sequenced and visible when students need to refer back to them. First, establish what students need to understand, then explain what they need to do. For a complex activity, present one stage at a time or provide a short visual sequence. Clear instructions do not make students less independent. They prevent avoidable confusion from consuming the attention students need for the actual learning. Our review of Uncommon Sense Teaching explores further classroom strategies connected to retrieval, guided instruction, and how students learn. 6) Preserve Productive Challenge and Reduce Support Gradually Cognitive Load Theory is sometimes interpreted as an argument for making lessons easier; that is not its purpose. Students need opportunities to think deeply, solve unfamiliar problems, and apply knowledge in new situations. The important distinction is between difficulty that contributes to learning and difficulty caused by poor design. The support students need will also change as their knowledge develops. Beginners often benefit from explicit explanations, worked examples and guided practice. More experienced learners require increasing independence, choice and complexity. This gradual movement towards independence connects closely with metacognition and self-regulated learning, as students become better able to plan, monitor and evaluate their own learning. How Can Teachers Apply Cognitive Load Theory? Begin with one upcoming lesson rather than trying to redesign an entire unit. Examine the lesson from the perspective of a student encountering the material for the first time. Consider what students must already know, which elements are genuinely difficult and where unnecessary demands may be competing for their attention. You might simplify one slide, place a diagram beside its explanation, divide an extended process into stages or provide a worked example before independent practice. You might also shorten the instructions, activate prior knowledge or build in a brief retrieval opportunity. These changes may appear small, but they can significantly affect what students notice, understand and remember. Cognitive Load Theory is most useful when it becomes part of everyday professional judgement rather than a rigid checklist applied to every classroom activity. Where might unnecessary cognitive load be preventing your students from showing what they genuinely understand? Let us know in the comments below. JOIN EDUETTU: Subscribe today NEW: Download Eduettu's 2026 Global Education Trends Report

Artificial intelligence is becoming part of everyday teaching, from lesson planning and resource creation to feedback, differentiation and assessment support. AI can reduce workload, but it cannot understand a class, notice a student’s hesitation or make the professional decisions that good teaching depends on. For teachers, the challenge is not simply learning how to use AI tools, but learning when to trust them, when to question them and when to ignore them. AI Should Support Teaching, Not Lead It AI can be useful because teaching involves hundreds of small decisions before, during and after a lesson. Teachers plan explanations, adapt tasks, respond to misconceptions, check understanding, manage behaviour, give feedback and decide when to move on. Some of this work can be supported by AI, especially when teachers need a first draft, a new example, a simpler explanation or a faster way to organise ideas. The problem begins when AI is treated as the decision-maker rather than the assistant. A tool can generate a lesson outline, but it does not know the students in front of you. It does not know who needs more structure, who lacks confidence, who needs stretching or which part of last week’s lesson did not land. That knowledge belongs to the teacher. This is why AI should be discussed alongside teacher workload in 2026, because the goal is not to add another expectation to an already crowded job. The goal is to simplify the work that has become too heavy, while protecting the parts of teaching that genuinely improve learning. The first rule is simple: use AI to support professional thinking, not to outsource it. Start With the Learning Purpose A good way for teachers to protect professional judgment is to begin with the learning purpose before opening an AI tool. The question should not be, “What can AI create for this lesson?” It should be, “What do my students need to understand, practise or improve?” This order matters. If the tool leads the process, the lesson can quickly become shaped by whatever AI produces most easily. That might be a worksheet, a quiz, a writing task or a set of discussion questions. Some of it may be useful, but it may not match the learning need. In a real classroom, usefulness depends on context. A task is only useful if it helps students access the concept, practise the skill or reveal their understanding. AI can help generate material, but it cannot decide whether that material is right for your class at that moment. This is where structured teaching with modern technology becomes important. Digital tools work best when they make modelling, scaffolding, guided practice and feedback clearer. They are less useful when they distract from the purpose of the lesson. Teachers can use AI more carefully by giving it a clear role. For example, AI might help generate three examples of a concept at different difficulty levels. It might suggest common misconceptions. It might produce a model answer for students to critique. It might simplify a reading passage while preserving the key vocabulary. In each case, the teacher decides the purpose first, then uses AI to support part of the process. Review Everything Through a Teacher Lens AI can sound confident even when it is wrong, vague or unsuitable for the age group. This is one of the reasons teachers should never use AI-generated material without reviewing it carefully. Fluency is not the same as quality, and a polished response is not always a useful teaching resource. A teacher lens means checking the output against the class, the curriculum and the learning goal. Is the explanation accurate? Is the vocabulary appropriate? Are the examples suitable? Is the reading level right? Does the task actually check understanding, or does it only keep students busy? Does the activity build thinking, or does it simply produce neat work? This review process is where professional judgment becomes visible. AI can produce content quickly, but teachers decide whether that content is educationally sound. This is especially important when using AI for feedback, assessment criteria or differentiated materials. A generated comment may save time, but it still needs a teacher’s knowledge of the student, the work and the next step. It can help to think of AI as a planning partner with no classroom memory. It can offer options, but it does not know what happened yesterday, which students need reassurance, which group needs firmer structure or which misconception keeps appearing. That is why the teacher must remain the final filter. Use AI to Make Thinking More Visible One of the best uses of AI in teaching is not to produce final answers, but to make thinking more visible. This matters because students can now use AI to generate polished work without fully understanding the ideas underneath. Teachers need strategies that bring the thinking process back into the classroom. AI can help with this when it is used as something students question, test and improve. Instead of asking students to simply use AI to write an answer, teachers might ask them to critique an AI-generated response. Students can identify what is accurate, what is missing, what sounds convincing but lacks evidence, or how the answer could be improved. Teachers can also use AI to create comparison tasks. Students might compare two explanations of the same concept, rank them for clarity, or rewrite a weak AI answer using better subject vocabulary. In writing lessons, students can examine an AI paragraph and discuss whether it has a clear argument, enough evidence or a suitable tone. In science, students can test whether an AI explanation matches the evidence from an experiment. This approach protects professional judgment because the teacher is still designing the learning. AI becomes the material students think about, not the authority students depend on. The aim is not for students to use AI and stop thinking. The aim is for students to learn how to question, evaluate and improve what AI gives them. Keep the Human Work at the Centre The most important parts of teaching are still human. Teachers notice confusion, build trust, read the room, adjust explanations and understand when a student needs encouragement rather than another task. AI cannot replace those professional instincts. It can only support the surrounding work. That is why the future of AI in teaching should not be built around doing more, faster. It should be built around creating more space for the work that matters most. If AI helps reduce repetitive planning, simplify admin or create first drafts, teachers can spend more time on explanation, questioning, feedback, relationships and classroom culture. Teachers who want to think more deeply about this shift may also find it useful to explore Eduettu’s list of Books for Teachers in 2026. AI is part of the conversation, but it sits alongside wider questions about attention, assessment, curriculum knowledge, instruction and the craft of teaching. Good teaching has never been about using every available tool. It has always been about choosing the right approach for the students in front of you. AI can help teachers work more efficiently, but professional judgment is what keeps the work educational. Where could AI genuinely reduce your workload, and where do you still need to protect the teacher judgment that makes learning meaningful? Let us know in the comments below. JOIN EDUETTU: Subscribe today NEW: Download Eduettu's 2026 Global Education Trends Report

For new teachers, building a STEM-ready classroom can feel expensive and unclear. There are hundreds of products marketed as STEM kits, but many are designed more for home use, birthday gifts, or one-off activities than for real classroom routines. In 2026, the smartest approach is not to buy as many STEM products as possible. It is to choose a small number of classroom-ready resources that can support stations, rotations, early finisher tasks, science units, and engineering challenges. Here at Eduettu, we've put together our Eight Favorite STEM Products to prepare for the next academic year! 1. Hand2mind STEM Bins Essential Kit This is the strongest overall starting point for a new STEM classroom because it supports open-ended building, morning work, early finisher tasks, and low-prep STEM stations. It is especially useful for elementary teachers who want reusable materials rather than one-off activities. For a new teacher, this is especially useful because it helps establish a routine. Students learn that STEM is not a special event saved for the end of term. It becomes part of the classroom rhythm. Best classroom use: STEM stations, morning tubs, early finishers, soft-start activities, and low-prep engineering challenges 2. Learning Resources STEM Explorers Bridge Builders Classroom Set Bridge building is one of the easiest classroom STEM challenges to manage because students can quickly build, test, compare, and redesign. This classroom edition is designed for small-group activities and includes storage, which makes it more practical for repeated classroom use. This is the kind of supply that looks simple but creates rich discussion. Why did one bridge hold more weight? Why did one design wobble? What changed when supports were added? Those questions lead naturally into evidence-based reasoning. Best classroom use: Bridge challenges, forces and structures units, small-group engineering, and design-redesign lessons. 3. Class Set: Advanced Rubber Band Racer This is a strong whole-class engineering option for lessons on forces, motion, energy, friction, and design improvement. It is especially useful because students can test performance, collect data, and make design changes based on evidence. For teachers, the real selling point is that students can test and improve. They can race for distance, speed, accuracy, or consistency, then change wheel placement, body shape, friction points, or rubber band tension. That makes it ideal for collecting data and showing students that design decisions have measurable effects. Best classroom use: Forces and motion, energy transfer, data collection, engineering design, and class STEM competitions. 4. STEM Craft Kit – 25 Engineering Project Ideas This kit works well for classrooms because it includes materials for multiple engineering builds rather than one narrow activity. It can support individual projects, small-group challenges, after-school STEM clubs, or class-wide invention tasks. This kit works well when you want students to invent rather than simply follow instructions. It can support project-based learning, design challenges, science fairs, after-school clubs, or Friday STEM rotations. Because the materials are varied, students can make different choices and produce different solutions, which is exactly what you want from a strong engineering activity. Best classroom use: Makerspace tasks, invention projects, after-school STEM clubs, enrichment lessons, and open-ended engineering. 5. K’NEX Education STEM Explorations: Vehicles Building Set This is a useful classroom kit for connecting engineering design with data collection. Students can build vehicle models using different power sources, then explore ideas such as potential energy, kinetic energy, velocity, acceleration, motion, and graphing. That makes this resource especially valuable for teachers who want hands-on STEM to include measurement and evidence. Students can build, test, record distance or speed, compare results, and discuss why some designs perform better than others. Best classroom use: Forces and motion, energy, vehicle design, graphing, testing variables, and performance comparisons. 6. K’NEX Education STEM Explorations: Levers & Pulleys Building Kit Simple machines are much easier for students to understand when they can build and manipulate them. This kit supports hands-on exploration of levers, pulleys, resistance, effort, and mechanical advantage. For a new teacher, this is useful because it turns an abstract physical science topic into something students can see and test. They can explore how changing a lever position affects movement, how pulleys alter effort, and why simple machines matter in real-world design. Best classroom use: Simple machines, physical science, mechanical advantage, engineering explanations, and hands-on science demonstrations. 7. Learning Resources Cooper the STEM Robot Classroom Set This is a classroom-friendly coding option because it supports screen-free coding, small-group lessons, and collaborative problem-solving. It is particularly useful for younger learners who need coding to feel physical and concrete. Students can practise sequencing, prediction, debugging, cause and effect, and logical thinking. When the robot does not do what they expected, students have to identify the error and revise their commands. That is coding in its most accessible form. Best classroom use: Screen-free coding, sequencing, debugging, computational thinking, STEM rotations, and collaborative problem-solving. 8. Sphero indi Student Kit Sphero indi is another strong screenless coding tool for early STEM classrooms. It is designed for one to three students and includes durable color tiles, challenge cards, and a carrying case, making it suitable for station-based classroom use. For teachers, this makes indi flexible. It can be used as a screenless coding station for younger students, then extended into app-based coding when students are ready. It is also visually clear: students can see the route, the command, the mistake, and the correction. Best classroom use: Early coding, computational thinking, maze challenges, problem-solving stations, and screen-free technology lessons. How New Teachers Should Choose STEM Supplies New teachers do not need to buy everything at once. A better approach is to build a balanced classroom STEM shelf over time. Start with one open-ended STEM station kit, one engineering design kit, and one coding or circuits resource. This gives students regular access to three important types of STEM thinking: building, testing, and computational reasoning. The best classroom STEM supplies for new teachers in 2026 are not the products that look most exciting in the box. They are the supplies that students can use again and again to ask questions, test ideas, solve problems, and improve their designs. A STEM-ready classroom does not need to be complicated. It needs reliable materials, clear routines, and opportunities for students to think like scientists, engineers, designers, and problem-solvers. How can new teachers choose STEM supplies that create meaningful classroom learning rather than simply filling shelves with activities? Let us know in the comments below. JOIN EDUETTU: Subscribe today NEW: Download Eduettu's 2026 Global Education Trends Report

Artificial intelligence in education is no longer a future trend waiting to arrive. It is already shaping how students search, write, practise, revise and complete schoolwork. For teachers, AI is beginning to influence lesson planning, feedback, differentiation, assessment design and administrative workload. For school leaders, the question is no longer whether AI should be discussed, but how it should be guided responsibly. AI Has Moved From Tool to Learning Environment For several years, artificial intelligence was treated as an interesting addition to education. It appeared in conversations about personalised learning platforms, adaptive quizzes, automated feedback and future classroom technology. That phase has passed. Generative AI is now part of the learning environment, whether schools have formally planned for it or not. Students are using AI tools to generate ideas, simplify explanations, check grammar, produce summaries and draft responses. Teachers are using AI to save time, create resources, adapt materials and support feedback. Schools are beginning to develop policies around academic integrity, safeguarding, data privacy and responsible classroom use. This is why the conversation needs to become more mature. AI in education cannot be reduced to excitement or fear. It needs to be understood as a structural shift in how knowledge is accessed, produced and evaluated. As Eduettu explored in Updating Education: What Changed in March 2026, AI is no longer “new.” It is embedded. The challenge now is not whether education can avoid AI, but whether schools can use it without weakening the learning process. The Central Question Is Thinking, Not Technology The real issue is not whether students use artificial intelligence. Many already do. The more important question is whether AI helps students think more deeply or simply helps them produce better-looking work with less understanding. This distinction matters. A student can now generate a fluent paragraph, a polished explanation or a convincing essay plan in seconds. On the surface, the work may look stronger. Underneath, the student may not have developed the reasoning, vocabulary, subject knowledge or confidence that the task was designed to build. This is where schools need to move beyond a narrow focus on cheating. Academic integrity matters, but it is not the whole story. The deeper educational concern is cognitive development. Can students evaluate whether an AI-generated answer is accurate? Can they explain the reasoning behind it? Can they identify bias, missing evidence or weak logic? Can they improve the response rather than simply accept it? Eduettu’s article ChatGPT in Education: Benefits, Risks, and Best Practices for Teachers in 2026 makes this point clearly: AI should be used to spark thought, not replace it. That principle may become one of the most important foundations of AI literacy in schools. Teachers Need AI Support, Not AI Pressure One of the risks of any major education technology shift is that it creates more pressure for teachers rather than less. A new tool appears, expectations rise, and teachers are asked to integrate it without enough time, training or clarity. If AI becomes another demand placed on already stretched teachers, it will fail to improve education in any meaningful way. Used well, AI can support teachers by reducing some of the repetitive work around planning, resource creation, differentiation and feedback. It can help generate first drafts of lesson materials, create practice questions, adjust reading levels, summarise information and suggest feedback prompts. But the professional judgement must remain with the teacher. AI should not decide what students need. It should not replace relational teaching. It should not become an unreviewed grading machine. Its most useful role is as a support layer around teaching, giving educators more time for explanation, questioning, classroom culture and responsive instruction. This is the practical argument developed in AI in Education: Practical Strategies for Schools to Use Artificial Intelligence in the Classroom. The strongest use of AI is not dramatic transformation. It is better support for the human work of teaching. Assessment Must Evolve Because Evidence of Learning Has Changed AI is forcing schools to rethink what counts as evidence of learning. If students can generate polished written work quickly, then a final answer or completed essay may no longer be enough to show what they understand. This does not mean written work becomes irrelevant. It means assessment needs to pay closer attention to process, reasoning and student ownership. Schools may need to use more staged assignments, oral explanations, annotated drafts, reflective commentaries and in-class checkpoints. Students may need to show how they used AI, what they accepted, what they rejected and how they improved the final response. Teachers may need to assess not only the product, but the thinking behind it. This is a significant shift. For a long time, many school systems have rewarded neat completion, correct answers and surface-level performance. AI exposes the weakness of that model. If the task only asks students to produce an answer, AI can help them get there quickly. If the task asks students to reason, evaluate, explain and apply knowledge, the learning becomes harder to outsource. The future of assessment in an AI-rich education system should not be built around detection alone. Detection asks, “Did AI write this?” Better assessment asks, “Can the student explain, defend and improve this work?” The Future of AI in Education Should Be Human-Centred The future of AI in education will not be decided by technology alone. It will be decided by the values schools attach to that technology. A human-centred approach does not reject AI, but it also does not confuse speed with learning or automation with progress. Students still need teachers who can challenge their thinking, notice confusion, build confidence and create the conditions for meaningful learning. They still need classrooms where discussion, struggle, curiosity and mistakes are part of the process. They still need opportunities to develop patience, judgement and intellectual independence. AI may change how students access information. It may change how teachers plan. It may change how feedback is produced and how assessments are designed. But it should not change the deeper purpose of education. Education is not simply about producing answers. It is about helping young people understand what makes an answer worth trusting. The evolving relationship of AI in education should therefore be built on balance: open enough to use new tools wisely, but critical enough to protect deep learning. The future will not belong to students who can generate the fastest response. It will belong to students who can ask better questions, evaluate what they receive and think clearly in a world where answers are everywhere. If students can access answers instantly, how should schools redesign learning so that thinking, judgement and understanding remain visible? Let us know in the comments below. JOIN EDUETTU: Subscribe today NEW: Download Eduettu's 2026 Global Education Trends Report

The summer break is often understood as a necessary pause from formal schooling. For children, this period provides time for rest, play, family interaction, and exploration. However, it can also raise an important question for parents: how can children remain intellectually engaged without recreating the pressures of the school environment? STEM education offers a constructive response to this question. The purpose is not to turn the summer holiday into an academic programme. Instead, parents can use everyday experiences to help children recognise that STEM is not confined to school subjects. It is a way of understanding, questioning, and interacting with the world. STEM as a Mode of Thinking STEM is often presented as a set of academic disciplines, but it is also a mode of thinking. It encourages children to ask questions, identify patterns, test ideas, interpret evidence, and revise their understanding when new information appears. Children naturally engage in this kind of thinking when they ask questions such as why ice melts, how aircraft fly, why some objects float, or how buildings remain stable. These questions may seem simple, but they reflect early scientific and mathematical reasoning. They involve cause and effect, structure, measurement, force, change, and prediction. Parents do not need to provide immediate or complete answers. In many cases, the most valuable response is to extend the child’s thinking through careful questioning. Asking “What do you notice?”, “Why do you think that happened?”, or “How could we test this?” encourages children to move beyond curiosity toward investigation. Everyday Experiences as STEM Opportunities One of the advantages of summer STEM learning is that it can be embedded within ordinary family routines. STEM does not require specialist equipment or highly planned activities. Many everyday experiences already contain meaningful opportunities for inquiry. Cooking, for example, involves measurement, proportion, temperature, timing, and material change. Gardening introduces children to growth, weather, water, soil, insects, and ecosystems. Outdoor play provides opportunities to observe movement, balance, shadows, forces, textures, and natural patterns. These experiences are educational because they connect abstract concepts to direct experience. A child who observes ingredients changing during baking is encountering basic chemistry. A child who builds a sandcastle is exploring structure, stability, and the properties of materials. A child who changes the shape of a paper airplane is beginning to investigate design, force, and motion. The learning does not need to be formally labelled for it to be meaningful. In fact, children often engage more deeply when the experience feels like play, exploration, or problem-solving rather than an assigned task. Engineering, Failure, and Resilience Engineering is particularly well suited to summer learning because it often emerges naturally through play. When children build towers, dens, ramps, bridges, boats, or imaginary machines, they are making decisions about materials, structure, balance, function, and improvement. An important feature of engineering is that failure is expected. A tower may collapse. A boat may sink. A bridge may bend. These outcomes can be frustrating, but they are also valuable learning moments. They provide feedback that allows children to reconsider their design and make improvements. This is one of the most important contributions of STEM learning: it helps children understand that mistakes are not simply errors to avoid. They can be part of a process of testing, evidence gathering, and refinement. Parents can support this process by avoiding the urge to correct too quickly. Instead, they can ask questions such as “What could be changed?”, “What made it unstable?”, or “How could you make it stronger?” These prompts help children develop persistence, flexibility, and problem-solving confidence. Reframing Technology Use Technology is often a source of concern during the summer break, particularly when children have more free time. However, the issue is not simply the amount of screen time, but the nature of that use. Passive consumption and active creation are very different forms of engagement. Watching videos for extended periods is not the same as using technology to investigate a question, record observations, create a design, practise coding, or communicate an explanation. Parents can support more purposeful technology use by encouraging children to use digital tools as part of inquiry. A child might research an animal, photograph patterns in nature, record the results of a simple experiment, create a short explanatory video, or use a beginner coding platform. The aim is not to remove technology entirely, but to help children understand that technology can be used as a tool for thinking, creating, and solving problems. The Importance of Informal STEM Learning Informal STEM learning matters because it shapes children’s relationship with knowledge. It helps them see learning as exploratory rather than purely performance-based. This is particularly important in subjects such as science and mathematics, which some children later experience as intimidating or overly focused on correct answers. When children encounter STEM through practical, low-pressure experiences, they are more likely to associate it with curiosity, experimentation, and discovery. They learn that not knowing the answer is not a failure. It is often the beginning of investigation. A child who tests different paper airplane designs is developing experimental thinking. A child who rebuilds a structure after it collapses is engaging in design improvement. A child who notices that plants grow differently in sun and shade is beginning to reason from evidence. The Parent’s Role The parent’s role is to create conditions in which curiosity can develop. This may involve allowing time for open-ended play, offering simple materials such as paper, tape, cardboard, string, cups, rulers, or recycled boxes, and asking questions that encourage deeper thinking. It is also important to leave space for boredom. Children do not always need immediate entertainment or adult direction. When they have time, materials, and freedom to explore, boredom can become a starting point for creativity and invention. Building STEM into the summer break does not require parents to replicate school at home. Nor does it require children to complete formal academic tasks during their holiday. The aim is broader and more developmental: to sustain curiosity, encourage inquiry, and help children connect learning with everyday life. When children observe carefully, ask questions, test ideas, use tools creatively, respond to failure, and revise their thinking, they are developing the foundations of STEM literacy. These foundations extend beyond science, technology, engineering, and mathematics. They support problem-solving, resilience, creativity, and confidence. How do you protect the freedom of summer while still giving your child meaningful opportunities to question, build, test, and explore? Let us know in the comments below. JOIN EDUETTU: Subscribe today NEW: Download Eduettu's 2026 Global Education Trends Report