Primary Classroom © 2024 by Christine Adenaike is licensed under CC BY-NC-ND 4.0
Overview: A look at how the EdTech sector has positioned itself within primary education. This section focuses on the role EdTechs play in education and how they exert their influence on the primary education landscape
Section aims:
To explore the current landscape of EdTech in primary schools in England.
To identify government initiatives around EdTech
To highlight some of the growing concerns for EdTech
Time: 45 mins
Resource: Padlet; Google form
My Primary Classroom
The banner image above is this author's own primary classroom. This space bustles with a steady chatter, movement and a variety of activities when filled with learners engaged in diverse tasks. Across England, classrooms like this integrate technology as a supportive tool to enhance and extend learning, rather than dominate it. While learners occasionally use tablets, iPads, VR headsets, or voice recorders, the heart of the school day remains firmly rooted in communication, and collaboration between learners and their teachers, as well as among the learners themselves. As the teacher, I find myself relying on technology more than the learners do, using it to streamline planning, tailor instruction, and monitor progress, which subtly yet powerfully enhances my role. The strategic use of EdTech often operates behind the scenes, making its impact less visible when the learners aren't directly engaging with devices. Yet, its presence is consistent - woven into the classroom rhythm multiple times daily, seamlessly supporting the dynamic learning environment.
Beyond the classroom, EdTech plays a pivotal role in the wider operations of primary schools across England, particularly in administrative and safeguarding functions. Digital platforms streamline tasks such as attendance tracking, parent communication, and report generation, saving valuable time for educators and school staff. For safeguarding, technology enables secure record-keeping, real-time incident reporting, and monitoring of student well-being through integrated systems that ensure compliance with regulations. These tools, often invisible to learners, provide robust framework that supports the smooth running of the school while prioritising safety and efficiency, allowing teachers to focus on teaching and fostering meaningful connections with their students.
The Covid-19 pandemic marked a significant turning point, accelerating the uptake of EdTech in primary schools across England. With lockdowns forcing a rapid shift to remote learning, schools adopted digital platforms for virtual classrooms, assignment distribution, and parent-teacher communication at an unprecedented scale. This period entrenched EdTech as a core component of educational operations, not only for teaching but also for administrative continuity and safeguarding, as schools in England leaned on digital tools to maintain functionality. While this move was critical at the time, it has left a lasting legacy, with many schools now deeply reliant on technologies that were initially emergency measures, prompting questions about their long-term necessity and alignment with sustainable educational practices.
Section 1 Activity 1:
Take a minute to imagine your own primary school classroom. What did it look like? How was it arranged? How did you experience technology as a young learner?
Use the Padlet to give your responses. Click on the plus sign in the bottom right corner of the board to add your response.
Where does EdTech come in?
In primary schools, EdTech streamlines administrative and managerial tasks, supports teaching and learning, and enhances pastoral support (Tobin, 2023). According to Gov.uk (2025), there are over 1000 companies providing educational platforms in the UK with some of the world’s most successful EdTech companies setting up branches in major UK cities, including BYJU in London, Instructure (Canva) in London, Turnitin in Newcastle and VR Lab in London.
These EdTech companies come with promises of enhancing or personalising learning. Here are some popular providers that have become ubiquitous in primary education:
To create some control in this space, the UK government launched several actions aimed at providing regulatory frameworks, policies and guidelines for schools using EdTech, including investments in projects such as Oak National Academy, Education Endowment Foundation (EEF), National Centre for Computing Education (NCCE), and wi-fi connectivity upgrades (DfE, 2023).
Oak National Academy: Oak National Academy was launched during COVID-9 pandemic to provide online lessons and resources for schools and pupils. It was aimed at supporting remote learning and to ensure the continuity of education during school closures. However, Oak National Academy has transitioned into a government backed arms length body, providing free curriculum resources and video lessons.
It is an example of a large-scale EdTech platform that utilises online video lessons, interactive resources, and digital platforms to deliver curriculum content. Oak National Academy provide resources which are also classified as OERs.
National Centre for Computing Education (NCCE): The NCCE was established to improve the quality of computing education in schools in England. It aims to provide teachers with the necessary training, resources, and support to deliver engaging and effective computing lessons. In primary education, the NCCE provides resources tailored to introduce younger learners to fundamental computing concepts through age-appropriate digital activities.
It is a core component of the governments drive to upskill children in digital skills, thereby preparing them for a digital future. The NCCE offer free, high-quality resources and training for teachers, provide support for schools to develop their computing curriculum and run a network of regional hubs to deliver training and support.
Education Endowment Foundation (EEF): EEF is an independent charity dedicated to breaking the link between family income and educational achievement. A key part of this is to provide evidence-based guidance to schools on how to use EdTech to improve teaching and learning, particularly for disadvantaged pupils. The EEF looks at the impact of the use of technology on learning outcomes and how technology can be used to close the attainment gap.
However, while already a thriving space, this sector is set to grow at a rapid pace, especially with developments in generative Artificial Intelligence (AI) technologies (Gov.uk, 2025).
Holon IQ (2025) report that ‘sustainability is increasingly a priority with the integration of green skills – like energy management, sustainable design, and environmental stewardship – to prepare students for a sustainable future.’ This has implications for the future of education and technology which is set to follow the trajectory set by EdTech companies.
Below is an article from the House of Lords Library which discusses the increasing use of educational technology (EdTech) and artificial intelligence (AI) in UK schools. It covers the opportunities, risks, current EdTech uses, recent developments, and potential harms.
This should take you about 10 mins to read through.
Concerns of EdTech within education
Market-Driven Transformation
The EdTech market is rapidly changing education, pushing for digitisation, curricular changes, gamification, data collection, and personalised learning.
This raises questions about whether educational needs are truly being prioritised, or if market forces are driving the agenda.
(Rivas, 2012)
Datafication and Machine Behaviourism
Learning is increasingly being defined and controlled by data-driven technologies, leading to "machine behaviourism."
This raises concerns about the potential for learners to be treated as data points and subjected to behavioural control.
(Knox et al. 2020)
Shifting Power Dynamics
The integration of AI into education is causing a power shift, with private companies gaining significant control through data extraction.
There's a risk that corporate profit motives may overshadow educational benefits.
(Selwyn et al, 2020)
Education as a Tool for Governance
Historically, education has been used to shape the future through automation and AI policies.
'Education imaginaries' are used to promote technology as the solution to social problems.
Education is becoming both a means of spreading technology and a way to mitigate its negative impacts.
(Rahm, 2023)
Government strategies like the DfE’s 2019 strategy paper ‘Realising Potentials’, presents technology as the means to tackle challenges faced by education in England, thus positioning this strategy as a tool for the government to address an identified issue, manage it and ‘govern the educational course’ (Fan and Popkewitz, 2020: xi).
Read the summary report of the DfE's strategy paper below. This should take you about 5 minutes to read. Alternatively you may wish to read the complete strategy paper here: www.gov.uk/government/publications/realising-the-potential-of-technology-in-education
There is a multifaceted relationship between technology, education and society, especially within the realms of envisioning alternative futures for democratic learning. However, even though the future is messy and unpredictable, it should be treated as ‘site of radical possibility’, a rich possibility of different ways of being and the uncertainty the future presents can become a source of potential in the present (Facer, 2016, pp. 65). Future visions of EdTech in schools in England are linked to growth and innovation in the EdTech business sector. The current system of education in the UK reflects Facer’s (2016) optimisation orientation towards the future where academic outcomes of standardised assessments, economic productivity and workforce developments are the goals.
Section 1 - Copyright and Licenses
Primary Classroom © 2024 by Christine Adenaike is licensed under CC BY-NC-ND 4.0
Educational technology: Digital innovation and AI in schools © House of Lords 2025. Contains Parliamentary information licensed under the Open Parliament Licence v3.0.
DfE's 'Realising the potential of technology in education: A summary report' is available under the Open Government Licence v3.0: https://www.nationalarchives.gov.uk/doc/open-government-licence/version/3/
All icons used on this page are license free and available at: https://uxwing.com/?s=icons+numbers This author claims no ownership of any icons used here.
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