A Ten-Year Study of Structural Change, Emerging Growth Models, and Strategic Implications for the Industry
Author of the scientific research: Oleh Podobied
Developed with the participation of EDCAPIT, Inc.
Abstract
The EdTech market is entering a decade in which the central question will no longer be digitalization itself, but the quality, measurability, and practical value of learning. Over the past years, online education has evolved from a supplementary format into a substantial part of educational infrastructure. The next stage is now beginning: competition will favor not those who merely provide access to content, but those capable of building a clear path from educational need to verified skill acquisition and, ultimately, to professional and economic outcomes. International research by the OECD, UNESCO, ILO, the World Bank, the ITU, and the World Economic Forum points in the same direction: the future of education is increasingly shaped by lifelong learning, flexible pathways, adult reskilling, and a much closer connection between learning systems and labor market dynamics. (OECD)
This study approaches EdTech not as a collection of isolated digital tools, but as an emerging infrastructure of the new skills economy. In the 2026–2036 horizon, the sector will be shaped by five major forces: labor market transformation, demographic shifts, the rise of micro-credentials, the redefinition of the educator’s role, and increasing demand for evidence-based educational effectiveness. On this basis, the paper proposes a forecasting framework for the evolution of the market, identifies the most important growth segments, outlines plausible scenarios, and formulates implications for companies operating at the intersection of education, technology, and career mobility. (OECD)
1. Introduction
The global education system has reached a point at which the traditional model of “getting an education once at the beginning of life” is rapidly losing stability. The reason lies in the changing structure of the economy itself: professional requirements evolve faster than traditional institutions can adapt, while career pathways are becoming less linear and less predictable. In Trends Shaping Education 2025, the OECD treats education not as an isolated sphere, but as a system influenced by broad social, technological, demographic, economic, and political megatrends. A similar perspective is visible in UNESCO’s Futures of Education agenda, where the long-term transformation of education is linked to wider shifts in work, society, and civic life. (OECD)
In practice, this means that EdTech can no longer be analyzed merely as a digital format for course delivery. Its role is becoming much broader. It increasingly addresses the accelerated renewal of human capital in an environment where professional trajectories are unstable and skills gaps are widening. The ILO explicitly emphasizes that automation, changes in the nature of work, and digital and green transitions make lifelong learning and the modernization of skills systems a central task for governments, employers, and educational institutions. The World Economic Forum reaches a similar conclusion in The Future of Jobs Report 2025, showing that skills gaps remain among the most important barriers to business transformation globally. (International Labour Organization)
In such a context, the EdTech market is moving beyond the status of a secondary digital service sector and becoming part of the core infrastructure of social and economic adaptation. This is especially visible in adult reskilling, short-term professional programs, corporate learning, international education, language adaptation, and career navigation. Accordingly, any ten-year study of EdTech must answer not only how large the market may become, but also which functions will become most central to the industry in an age of continuous learning and recurring professional transition. (World Bank)
2. Purpose of the Study and Research Question
The purpose of this study is to determine how the EdTech market is likely to evolve over the next decade and which structural factors will shape its development. The core research question may be formulated as follows: which transformations in education, employment, demography, and institutional trust will reshape EdTech models in the 2026–2036 period, and which types of companies are likely to occupy the strongest strategic position as a result. This framing reflects international analytical approaches that view the future of education through long-term cross-sector change rather than through technological novelty alone. (OECD)
3. Methodology
This study is analytical and forward-looking in nature. It is based on a comparative reading of international institutional sources addressing the future of education, digital transformation, skills, employment, and demography. The core materials used include publications from the OECD, UNESCO, the World Bank, the ITU, the ILO, the European Commission, UN DESA, and the World Economic Forum. These sources were selected because they provide the most stable and publicly credible evidence base on long-term changes in education and labor. (OECD)
Methodologically, the paper operates on three levels of analysis. The first is the macro level, which considers demography, digital access, global labor market shifts, and educational policy. The second is the industry level, where EdTech segments, changing trust models, the role of short-form credentials, and the institutional positioning of platforms are examined. The third is the strategic level, where these findings are translated into business models, market positioning, and platform opportunities. This layered approach is consistent with OECD’s analytical logic in Trends Shaping Education and with international work on micro-credentials, employability, and lifelong learning. (OECD)
It is important to note that this study does not seek to produce a single speculative numerical estimate of the global EdTech market in 2036. For both scientific and strategic purposes, a structural directional forecast is more reliable than a precise market-size prediction under conditions of high uncertainty. For this reason, the paper prioritizes qualitative forecasting and scenario analysis over a single quantitative projection. (OECD)
4. Review of the Literature and International Analytical Frameworks
Recent international literature shows that discussions around education are increasingly shifting away from the question of how to deploy digital tools and toward the question of what educational and social problem those tools actually solve. UNESCO’s Global Education Monitoring Report 2023: Technology in Education explicitly argues that technology should be introduced based on appropriateness, equity, scalability, and sustainability rather than on availability alone. The report also stresses that evidence of positive impact is often insufficient, and that technology can both expand access and deepen exclusion depending on context. (UNESCO)
The OECD advances a similar but more institutionally focused line. In Digital Education Outlook 2026, it treats new digital tools as important yet insufficient on their own. The OECD emphasizes that digital solutions require pedagogical design, reliable principles of use, and a clear understanding of when they genuinely improve learning. It also records that while a significant share of teachers already use such tools, there remains strong concern about academic integrity and the quality of the learning process. This is especially important for EdTech forecasting: market maturity will depend not on the speed of adoption alone, but on the ability to integrate digital tools into real educational outcomes. (OECD)
In the field of skills and employment, international analysis is even more direct. The ILO argues that skills systems and lifelong learning frameworks must be redesigned in order to respond to digital and green transitions, structural employment change, and rising inequality risks. The World Economic Forum similarly shows that employers worldwide increasingly regard skills gaps as a critical factor affecting their ability to adapt. As a result, EdTech is moving into a space where education is tied directly to economic resilience rather than only to cultural or institutional functions. (International Labour Organization)
A significant body of recent literature also focuses on micro-credentials and shorter educational formats. The OECD highlights the growing role of micro-credentials in upskilling, reskilling, academic advancement, and personal development. The European Commission likewise treats them as an important component of flexible and inclusive lifelong learning and employability pathways. At the same time, both OECD and EU materials stress that the issue is not simply the proliferation of micro-credentials, but the trust attached to them, their transparency, their recognition, and their ability to connect with larger learning trajectories. (OECD)
Finally, much of the modern literature emphasizes digital inequality. The ITU’s Facts and Figures 2025 reports that nearly three quarters of the world’s population is online, yet 2.2 billion people remain unconnected, while differences in access quality, affordability, and digital skills persist. The World Bank similarly emphasizes that digital technologies in education can play a critical role, but their successful use depends on context, implementation quality, and accessibility. This means that the future EdTech market will develop unevenly, and global growth will not automatically eliminate infrastructural or social barriers. (ITU)
5. The EdTech Market at Its Starting Point in 2026
By 2026, digital education had become a durable part of educational reality across nearly all major segments: school education, higher education, corporate learning, and adult self-directed learning. However, this does not imply uniform market maturity. In developed economies, digital formats are increasingly used for hybrid learning, professional development, and educational process optimization, whereas in many developing countries EdTech continues to address more basic challenges of access, reach, and teacher shortages. This distinction aligns well with World Bank and ITU findings on the uneven distribution of digital infrastructure and learning conditions. (World Bank)
At the same time, the education sector remains enormous in scale and continues to expand. UNESCO notes that the higher education sector keeps growing and diversifying, which in turn increases demand for new forms of access, flexibility, modularity, and international compatibility. This matters not only as a feature of higher education itself. It demonstrates that EdTech operates not in a narrow digital niche, but inside a vast global system that still needs new ways to organize learning. (UNESCO)
In parallel, the relationship between education and professional instability is becoming more pronounced. The World Economic Forum indicates that global macrotrends will create 170 million jobs and displace 92 million by 2030, resulting in a net gain of 78 million jobs but an enormous internal restructuring of the labor market. For EdTech, this means not merely increased demand for learning in general, but increased demand for rapid reskilling, career transitions, and education tied directly to adaptation in the labor market. (World Economic Forum)
6. The Key Forces That Will Reshape EdTech in 2026–2036
6.1. Labor Market Transformation and the Rise of the Skills Economy
The most important force of the coming decade is not digital tooling by itself, but labor market pressure. Changes in employment structures, the erosion of stable career trajectories, and the accelerated renewal of professional requirements are shifting education from a one-time life stage into a continuous process. The ILO consistently argues that skills systems and lifelong learning are necessary conditions for societies and economies to adapt to structural change. The WEF confirms this from the employer’s perspective, showing that workforce transformation increasingly depends on upskilling and reskilling strategies. (International Labour Organization)
As a consequence, the EdTech segments that help individuals move through professional transitions will strengthen. Particularly strong demand is likely to emerge for reskilling programs, short career tracks, applied digital learning, professional English, language and cultural adaptation, and platforms that connect education with employability. In other words, the market will become less favorable to a purely content-based model and more favorable to an outcome-oriented education model in which the user is not buying access to lessons, but a shorter distance to a new role, a new income level, or greater career resilience. This conclusion is an analytical synthesis of ILO, WEF, and OECD materials. (International Labour Organization)
6.2. Demographic Shifts and the Regional Segmentation of Demand
The ten-year future of EdTech cannot be understood without demography. UN DESA shows that youth populations are being redistributed across world regions, with stronger growth in some parts of the world and aging or stabilization in others. For the education market, this means that future demand will not be uniform, but regionally differentiated in its structure and intensity. (desapublications.un.org)
In mature markets such as North America, Europe, and parts of East Asia, EdTech will increasingly be driven by adult education, mid-career learning, corporate upskilling, and flexible professional development. On younger and faster-growing markets, demand for affordable mass education, mobile learning, language preparation, and accessible entry into professions is likely to remain strong. The implication is that global EdTech over the next decade will not consist of one universal product model, but of a portfolio of models adapted to different demographic realities and educational constraints. (OECD)
6.3. The Growing Importance of Micro-Credentials and Modular Learning
One of the clearest directions of development will be the strengthening of micro-credentials, short programs, and stackable qualifications. The OECD records growing interest in these formats among learners, providers, and public institutions alike. The European Commission similarly emphasizes their role in flexible learning and recognition across institutions, sectors, and countries. This is not a temporary format trend, but part of a deeper restructuring of education itself: a shift away from a single long route toward a more modular architecture of learning. (OECD)
At the same time, the growth of short-form learning will create a new trust challenge. The more short certificates the market produces, the more urgent the issue of quality, comparability, and recognition becomes. The OECD explicitly notes that effective use of micro-credentials depends on public policy, quality assurance, transparency, and integration into wider educational pathways. Consequently, EdTech companies will not be able to scale indefinitely by simply producing more rapid credentials without clear educational value. By 2036, the strongest positions are likely to belong to those who can combine flexibility with a robust trust framework. (OECD)
6.4. The Changing Role of the Educator
Another major force concerns the changing position of the educator. International analysis increasingly shows that digital tools do not eliminate the need for educators; rather, they change the structure of their work. The OECD notes that new tools may support lesson preparation, adaptation, and administrative functions, but also require pedagogical oversight and raise concerns around academic integrity. UNESCO similarly insists on educator readiness and on ensuring that technology serves education rather than replacing its essential purpose. (OECD)
From this follows an important forecast: the strongest EdTech models of 2026–2036 will not be built against the educator, but with the educator. The durable model is one in which the digital system absorbs repetitive and routine tasks, while the educator focuses on guidance, interpretation, motivation, feedback, and pedagogical adjustment. For the market, this means growing importance for teacher tools, author tools, human-in-the-loop formats, and hybrid educational models. In scientific and institutional settings, this logic appears far more sustainable than narratives of substitution. (OECD)
6.5. Rising Demand for Evidence-Based Effectiveness
Perhaps the clearest sign of EdTech maturity is the movement from a market of promises to a market of proof. UNESCO explicitly points to the shortage of independent and high-quality evidence regarding the impact of educational technologies. The World Bank also stresses that what matters is not the mere presence of technology, but its appropriate and cost-effective use. Over the next decade, therefore, the importance of platforms capable of demonstrating credible outcomes will increase substantially: completion, retention, skill acquisition, improved learning results, employability, productivity gains, or other clear metrics. (2023 GEM Report)
This marks one of the most important turns for the sector. In the earlier phase of EdTech, it was often enough to promise scale, convenience, access, and a modern interface. In a more mature phase, that will no longer suffice. Platforms will increasingly be assessed not by how many courses they host, but by how convincingly they can demonstrate the value of their educational impact. For scientific publication, institutional partnerships, and corporate adoption, this will become close to a baseline requirement. In this sense, the market will gradually move from content platforms toward verified learning systems. (UNESCO)
7. How the Main Segments of EdTech Will Change
7.1. School Education
In school education, EdTech will remain relevant, but development is likely to be more cautious and institutionally regulated than in the previous decade. The strongest solutions will be those that work in coordination with teachers, curricula, assessment practices, and data protection requirements. UNESCO and OECD converge on the point that technological novelty alone does not guarantee quality. As a result, school EdTech in 2036 is likely to look less like a market of rapidly proliferating apps and more like a layer of dependable infrastructure within educational systems. (UNESCO)
7.2. Higher Education
Higher education is likely to move toward hybridization, modularity, and more open forms of credentialing. UNESCO emphasizes that the higher education sector continues to expand and diversify, which increases demand for new ways of organizing learning. Universities will retain their importance as centers of academic reputation, research, and advanced qualification, but their monopoly over the structure of learning will gradually weaken under pressure from shorter formats, cross-border digital delivery, platform partnerships, and demand for flexible routes through education. (UNESCO)
7.3. Adult Learning and Professional Reskilling
This segment is likely to become the principal arena of EdTech growth through 2036. The ILO, OECD, and WEF all indicate that lifelong learning, reskilling, and upskilling are becoming systemic responses to labor market transformation. This implies growing demand for intensive short programs, career tracks, flexible scheduling, modular certification, applied skills, and learning formats connected to real work practice. Economically, this segment may also become the most attractive for platforms because it combines high repeat engagement with a clearer perceived value of outcomes. (International Labour Organization)
7.4. Corporate Learning
The corporate segment is also likely to strengthen because companies increasingly view learning not as an optional benefit, but as part of competitiveness strategy. If skills gaps remain one of the main obstacles to business transformation, then internal learning systems become a matter not only for HR departments, but for organizational resilience more broadly. EdTech providers capable of building solutions for companies, teams, and enterprise settings are therefore likely to gain long-term advantages in the form of more predictable revenue, larger contracts, and stronger alignment with labor market demand. This conclusion follows directly from WEF and ILO logic. (World Economic Forum)
8. Scenarios for the Development of the EdTech Market by 2036
8.1. Baseline Scenario: Integration into Mainstream Educational Infrastructure
In the baseline scenario, EdTech continues to grow and becomes more deeply integrated into formal, non-formal, and corporate learning. It stops being perceived as a distinct “digital market” and becomes a natural part of how people study, upskill, and change careers. In this scenario, growth is driven by the maturity of models, integration into institutions, stronger hybrid formats, and the expansion of lifelong learning. This trajectory is the one most closely aligned with OECD, UNESCO, World Bank, and ILO directions. (OECD)
8.2. Accelerated Scenario: The Emergence of Skill-Based Learning Ecosystems
An accelerated scenario becomes possible if micro-credentials gain broader recognition, employers adopt skill-based hiring more actively, and public policy supports flexible digital routes into learning and employment. In that case, EdTech would move beyond content delivery and become the backbone of skill-based ecosystems linking learning, assessment, credentialing, and employability. Some of the foundations for such a scenario are already visible in international policy around micro-credentials and lifelong learning. (OECD)
8.3. Constrained Scenario: A Crisis of Trust and the Inflation of Educational Value
A constrained scenario is tied not to the disappearance of demand, but to deteriorating trust in parts of the market. This may emerge through an inflation of weak certificates, insufficient quality assurance, unproven effectiveness, market saturation with similar courses, and rising institutional caution. UNESCO and OECD already provide reasons for such caution, emphasizing that the effectiveness of technology in education cannot be assumed automatically. Under such conditions, the market would not vanish, but would divide sharply between a narrower layer of strong evidence-based platforms and a much broader layer of weak content providers. (UNESCO)
9. Strategic Implications for EDCAPIT, Inc.
For EDCAPIT, the most promising position is not simply that of a course marketplace, but that of an educational and career transition platform. In the 2026–2036 horizon, durable companies are likely to be those that help people not only learn, but reorient: identify which skills are needed, follow a compact pathway, verify competence, and move toward a professional result. This is especially relevant for migrant audiences, international professionals, Russian-speaking and Ukrainian-speaking learners abroad, and individuals who do not need abstract education alone, but a clear path toward resilience and opportunity in a new country and economic environment. This is a strategic interpretation derived from broader international trends in lifelong learning, employability, and reskilling. (International Labour Organization)
Several strategic directions follow from this. First, the development of modular career programs oriented toward concrete outcomes rather than knowledge transfer alone. Second, the creation of a proprietary micro-credential logic and stackable learning pathways. Third, investment in educator and author tools that improve the speed and quality of educational product creation. Fourth, the construction of a robust system for skill assessment and progress tracking so that the platform can demonstrate the value of learning. Fifth, movement toward B2B and institutional partnerships, since mature EdTech increasingly gains strength when it combines user-centered learning experience with institutional reliability. These conclusions are not taken from a single source directly, but derived from the combined logic of international work on digital education, micro-credentials, lifelong learning, and the future of work. (International Labour Organization)
10. Conclusion
Over the next ten years, the EdTech market will neither disappear nor reduce itself to another passing wave of technological enthusiasm. On the contrary, it is likely to become more central to both education and employment, while also becoming more demanding in terms of quality, verifiability, and actual usefulness. The main product of future EdTech is no longer the course as a unit of content, but the managed progress of the learner: from a skills gap to a verified competence, and from competence to a new educational or professional level. This conclusion is consistent with the way OECD, UNESCO, ILO, WEF, and the European Commission frame the future of education, skills, and labor. (OECD)
For this reason, the EdTech of 2036 will most likely not be a market of “digital courses” in the narrow sense, but an infrastructure of lifelong learning, skills mobility, and educational adaptation. For companies capable of connecting learning, guidance, flexible credentials, assessment, and career meaning, this creates a significant strategic opening. For EDCAPIT, it suggests the possibility of becoming not one more content provider among many, but a platform that helps people build their own educational capital in a world of accelerating change. (UNESCO)
Author of the scientific research: Oleh Podobied
Developed with the participation of EDCAPIT, Inc.
References
OECD. Trends Shaping Education 2025. Paris: OECD Publishing, 2025. (OECD)
OECD. OECD Digital Education Outlook 2026: Exploring Effective Uses of Generative AI in Education. Paris: OECD Publishing, 2026. (OECD)
OECD. Micro-credentials for Lifelong Learning and Employability. OECD Education Policy Perspectives, 2023. (OECD)
OECD. Micro-credential Innovations in Higher Education. OECD Education Working Papers, 2021/updated publication page. (OECD)
OECD. Public Policies for Effective Micro-credential Learning. OECD Education Policy Perspectives, publication page. (OECD)
UNESCO. Global Education Monitoring Report 2023: Technology in Education. Paris: UNESCO, 2023. (UNESCO)
UNESCO. Futures of Education. Programme materials. (UNESCO)
UNESCO. What you need to know about higher education. 2025. (UNESCO)
UNESCO. Higher education today and tomorrow: Launch of UNESCO roadmap. 2026. (UNESCO)
International Telecommunication Union. Facts and Figures 2025. Geneva: ITU, 2025. (ITU)
World Bank. Digital Technologies in Education. Overview materials. (World Bank)
International Labour Organization. The ILO Strategy on Skills and Lifelong Learning 2030. Geneva: ILO, 2023. (International Labour Organization)
International Labour Organization. Skills and Lifelong Learning. Topic page. (International Labour Organization)
International Labour Organization. Empowering people, strengthening societies: Investing in skills and lifelong learning. 2025. (International Labour Organization)
World Economic Forum. The Future of Jobs Report 2025. Geneva: WEF, 2025. (World Economic Forum)
European Commission. A European approach to micro-credentials. 2024 page on implementation and recognition. (European Education Area)
United Nations Department of Economic and Social Affairs. Policy Brief No. 152: Population, education and sustainable development. 2023. (desapublications.un.org)
