Mobile
Learning in Tech Education and Children's Learning
Using
mobile Learning for Children Learning
Technology education in children is
a relatively recent development on the international stage and has only
recently been formally recognised as a distinct area of curriculum content. Its
emergence reflects the growing understanding that young children can engage
meaningfully with technology, not only as users of digital devices but also as
learners exploring concepts related to design, problem-solving, and innovation.
The interdisciplinary nature of
technology education presents both opportunities and challenges. It draws upon
knowledge and approaches from multiple fields, including science, engineering,
mathematics, information and communication technology, and even the arts. This
blending of disciplines provides rich learning experiences for young children
but also makes it necessary to clearly distinguish what constitutes
“technology” within the curriculum. Without careful definition, the field risks
being conceptually vague or inconsistently implemented, limiting its
effectiveness in supporting children’s learning and development.
Given that technology education in
ECE is still a field under active development, there is an ongoing need to
establish clear frameworks, objectives, and pedagogical strategies. Doing so
ensures that technology education is not merely about using devices, but about
fostering creativity, problem-solving, and critical thinking from an early age.
By articulating what technology means in this context and how it can be
integrated across various learning areas, educators and policymakers can more
effectively support the growth of a curriculum that prepares children to
navigate and contribute to a rapidly changing technological world.
Examples of Technology Education
Activities for ECE:
This covers Mobile learning, in
which the following could be explored.
- Digital storytelling: Children
create and illustrate stories using tablets or interactive whiteboards,
combining literacy and technology skills.
- Interactive science
experiments: Recording observations, taking photos, or making simple
digital graphs to study phenomena such as plant growth, water cycles, or
magnetism.
- Exploration of everyday
technology: Learning about simple machines, tools, and household devices
to understand how technology shapes daily life.
- Collaborative digital
projects: Children work together using shared tablets or interactive
boards to solve challenges, encouraging teamwork and communication skills.
- Creative media production:
Using drawing apps, music apps, or stop-motion animation to foster
creativity while introducing digital tools.
- Construction and design
activities: Using building sets, simple circuitry kits, or modelling
software to explore problem-solving and engineering ideas.
- Basic coding and sequencing
games: Using apps or tangible tools like programmable robots to introduce
children to simple coding concepts.
These activities illustrate that
technology education in early childhood is not limited to digital devices
alone; it encompasses hands-on, creative, and problem-solving experiences that
help young children develop foundational skills for the 21st century.
Mobile
learning
Mobile
learning(m-learning) refers to learning that takes place through mobile digital
devices, allowing learners to access educational content anytime and anywhere.
Mobile
learning is the use of smartphones, tablets, or similar portable devices to
support teaching and learning, either formally (in schools or training
programs) or informally (self-directed learning). Mobile learning refers to
learning that takes place across different settings and situations through the
use of various mobile devices.
This
understanding moves beyond viewing mobile learning as merely the use of
technology and instead emphasises the mobility of the learner and the
importance of the learning context. In this sense, learning is shaped not only
by the device itself but also by where, when, and how the learner engages with
information.
Mobile
applications have become increasingly prevalent in the everyday lives of young
children, particularly with the widespread use of smartphones and tablets. It
has been predominantly indicated that positive effects of mobile applications
could be used in various domains of early learning and development. These
domains include literacy skills, mathematical understanding, scientific
reasoning, problem-solving abilities, and children’s self-efficacy and
confidence in learning tasks. .
While
the trend of mobile learning suggests promising educational potential, the issues
that stand out in the use of mobile learning are methodological limitations,
and it cannot be established if it has long-term effects on students’ academic
performance. Nevertheless, this content represents an important initial step
toward establishing a more coherent and evidence-based understanding of mobile
learning in early childhood. Knowledge of Mobile learning could provide a
strong foundation for future desires for children to embark on academic
activities, which could lead to informing the design, implementation, and
evaluation of educational mobile applications for young children.
Key
aspects of mobile learning include the use of a range of mobile devices, the
ability to support contextual learning, and the flexibility and personalisation
it offers to learners. Mobile learning also involves the generation and use of
data, which can support feedback, tracking, and improvement of learning
experiences. Furthermore, mobile technology enables new approaches and
opportunities in education by allowing learners to interact with their
surrounding environment and access learning resources whenever they are needed.
In doing so, mobile learning removes the limitations of fixed locations and
rigid schedules, making learning more adaptable, responsive, and learner-centred.
Importantly,
the effectiveness of mobile applications was not uniform but rather influenced
by several mediating factors
Mediating Factors That Influence Mobile
Learning
Several
key factors mediate the effectiveness of mobile learning, shaping how learners
interact with digital content and the outcomes achieved. One major factor is
the design features of mobile applications, which include:
- Interactivity:
Applications that encourage active participation, exploration, and
decision-making foster deeper engagement.
- Feedback
mechanisms: Immediate and meaningful feedback helps learners correct
mistakes, reinforce understanding, and stay motivated.
- Age-appropriate
content: Ensuring that material aligns with the developmental stage of the
learner increases relevance, comprehension, and engagement.
In
addition to application design, the involvement and guidance of adults—such as
teachers or caregivers—is critical. Adult support helps children navigate
content effectively, encourages reflective thinking, and ensures safe and
purposeful use of technology. Another mediating factor is the alignment between
the learning context within the application and the context in which skills are
expected to transfer. Learning is more effective when the tasks and scenarios
in apps mirror real-world applications, allowing children to generalise skills
beyond the digital environment.
Examples
of Mobile Learning
Mobile
learning can take many forms, ranging from formal educational activities to
self-directed exploration. Examples include:
- Educational
apps targeting literacy, numeracy, or science skills
- Watching
instructional videos on smartphones or tablets
- Participating
in discussion forums or online collaborative platforms
- Learning
languages through interactive language apps
- Engaging
in classroom activities that incorporate tablets or smartphones
Key
Features of Mobile Learning
Mobile
learning is distinguished by several key characteristics:
- Portability:
Learning can occur anywhere, not confined to a classroom or specific
location.
- Accessibility:
Learners can access materials whenever needed, providing just-in-time
support.
- Flexibility:
Learning can be self-paced and personalized to meet individual needs.
- Interactivity:
Applications often include multimedia content, quizzes, simulations, and
feedback to enhance engagement.
- Context-awareness:
Learning can be situated in real-world settings, such as field trips,
homes, or workplaces, connecting digital content to practical experiences.
Mobile
Learning in Education
In
formal educational settings, mobile learning is increasingly used to:
- Supplement
classroom instruction, providing additional practice and resources
- Support
differentiated instruction, tailoring learning experiences to individual
student needs
- Encourage
collaboration and engagement through interactive and shared activities
- Promote
digital literacy, preparing learners to navigate and use technology
effectively
Benefits
of Mobile Learning
Mobile
learning offers multiple advantages:
- Expands
access to learning resources, especially for learners in remote or
under-resourced areas
- Engages
learners through familiar and motivating technology
- Supports
lifelong learning by enabling ongoing skill development beyond formal
schooling
- Enables
learning beyond the classroom, making education flexible, context-aware,
and relevant
Challenges
of Mobile Learning
Despite
its potential, mobile learning presents several challenges:
- Unequal
access to devices and internet, creating digital equity issues
- Potential
distractions from non-educational content on mobile devices
- Need
for teacher guidance and clear policies to ensure purposeful and safe
learning
- Privacy
and data security concerns, particularly for young learners
Summary
In
essence, mobile learning is the process of learning through portable digital
devices, enabling learners to engage flexibly with educational content across
multiple contexts. Its effectiveness depends not only on the technology itself
but also on thoughtful design, adult guidance, and meaningful alignment with
real-world learning situations.
References
Eliasson,
S., Peterson, L., & Lantz-Andersson, A. (2023). A systematic literature
review of empirical research on technology education in early childhood
education. International Journal of Technology and Design Education, 33(3),
793-818.
Herodotou,
C. (2018). Young children and tablets: A systematic review of effects on
learning and development. Journal of Computer Assisted Learning, 34(1),
1-9.
Lysenko,
L., Abrami, P. C., Wade, C. A., Marsh, J. P., WaGioko, M., & Kiforo, E.
(2019). Promoting young Kenyans’ growth in literacy with educational
technology: A tale of two years of implementation. International
Journal of Educational Research, 95, 176-189.
Mullan,
K. (2018). Technology and children’s screen-based activities in the UK: The
story of the millennium so far. Child Indicators Research, 11(6),
1781-1800.
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