Digital Skills Children Need: What the Research Says

Digital skills are now fundamental
to participation in modern society —
and research on digital literacy and
child development consistently finds
that children who develop strong digital
skills are significantly better prepared
for education, employment, and citizenship
in the digital age. Understanding which
specific digital skills children need —
at different ages, in different contexts —
and how parents can support their development
is practically important for every
family navigating the digital world.

This article covers what the research
shows about the digital skills children
need — what they are, why they matter,
and what parents can specifically do.

What Digital Skills Actually Are

Research on digital literacy — including
significant work by the International
Society for Technology in Education
and the European Commission’s DigComp
framework — defines digital skills
as the knowledge, skills, and attitudes
needed to use digital technology safely,
effectively, critically, and creatively.

Research distinguishes several
categories of digital skills:

Basic operational skills —
the ability to use digital
devices, software, and platforms
effectively.

Information literacy — the
ability to find, evaluate,
and use digital information critically.

Communication and collaboration
skills — the ability to communicate
and collaborate effectively
through digital tools.

Content creation skills —
the ability to create digital
content — text, images, video,
code — effectively and responsibly.

Safety and privacy skills —
the ability to protect personal
information, manage digital
identity, and stay safe online.

Critical thinking and digital
citizenship — the ability to
think critically about digital
content, platforms, and experiences —
and to participate responsibly
in digital communities.

Computational thinking and
coding — the ability to think
algorithmically and to use
code as a creative and problem-solving tool.

Why Digital Skills Matter

Research on digital skills and
outcomes identifies several reasons
why digital skills are genuinely important:

Employment preparation. Research
on workforce and digital skills
finds that digital skills are
now required across virtually
every employment sector — from
manufacturing to healthcare
to creative industries. Research
finds that workers with strong
digital skills earn significantly
more and have significantly
better employment prospects
than those without.

Educational success. Research
on digital skills and academic
outcomes finds that students
with strong digital skills —
particularly information literacy
and effective use of digital
learning tools — show significantly
better academic outcomes than
those without.

Civic participation. Research
on digital citizenship and
civic engagement finds that
digital skills are increasingly
important for civic participation —
accessing government services,
understanding digital media,
participating in democratic discourse.

Safety and wellbeing. Research
on online safety and digital
skills finds that children
with stronger digital safety
skills — understanding privacy,
recognizing manipulation, managing
digital identity — show significantly
better online safety outcomes
than those without.

Digital Skills by Age

Research on child development
and digital skill acquisition
identifies age-appropriate digital
skills at different stages:

Early childhood (three to five):
Basic device operation —
turning on, navigating simple interfaces.
Understanding that screens
show content created by people.
Basic online safety — not
sharing personal information.
Beginning understanding that
not everything online is true.

Research note: digital skill
development at this age should
be minimal — analog foundations
are significantly more important
in early childhood than any
digital skill development.

Middle childhood (six to ten):
Basic internet navigation —
searching effectively and safely.
Beginning information literacy —
understanding that sources
vary in reliability.
Basic online safety — personal
information protection, stranger safety online.
Beginning content creation —
simple digital writing, drawing, photography.
Introduction to coding —
visual coding through Scratch or Code.org.
Understanding digital footprint —
what you post online stays online.

Late childhood (ten to twelve):
More sophisticated information
literacy — evaluating sources,
identifying bias, fact-checking.
More sophisticated online
safety — understanding privacy
settings, recognizing manipulation.
More sophisticated content
creation — video, photography,
digital art, music.
More advanced coding — progressing
from visual to text-based coding.
Understanding algorithms —
how search engines and social
media platforms decide what
to show you.
Beginning understanding of
digital wellbeing — managing
screen time, recognizing the
effects of digital use on mood.

Adolescence (thirteen plus):
Advanced information literacy —
sophisticated source evaluation,
understanding of misinformation.
Advanced online safety —
managing digital identity,
understanding data privacy.
Advanced content creation —
professional-quality digital content creation.
Advanced coding — text-based
programming languages — Python, JavaScript.
Digital citizenship — responsible
participation in digital communities,
understanding of digital rights and responsibilities.
Digital wellbeing — self-directed
management of digital use for
health and productivity.
Understanding of digital economics —
how platforms make money,
how data is used.

The Most Important Digital
Skills — What Research Emphasizes

Research on digital skills and
outcomes consistently emphasizes
several skills as most important:

Information literacy — the
most important digital skill.
Research on digital information
and child development consistently
finds information literacy —
the ability to find, evaluate,
and critically use digital
information — the most important
digital skill. In an age of
misinformation, algorithmic
filter bubbles, and AI-generated
content — the ability to critically
evaluate what is seen online
is genuinely essential.

Research finding: research
on adolescent information literacy
finds that most adolescents
significantly overestimate their
ability to identify unreliable
online information — suggesting
that information literacy development
requires explicit teaching
rather than assumed digital nativity.

Online safety — particularly
for younger children. Research
on online safety and child
development finds online safety
skills — protecting personal
information, recognizing manipulation,
understanding privacy — the
most immediately important
digital skills for younger children.

Computational thinking and
coding. Research on coding
education finds that computational
thinking — the logical, algorithmic
thinking that coding builds —
is genuinely important for
mathematics, science, and problem-solving
across many domains — not
only for those who will work in technology.

Digital wellbeing management.
Research on digital wellbeing
and adolescent outcomes finds
that the ability to self-regulate
digital use — to manage screen
time, to recognize the effects
of digital use on mood and
attention, to use digital tools
purposefully rather than habitually —
is increasingly important for
adolescent and adult wellbeing.

What Digital Skills Are Not

Research distinguishes genuine
digital skills from superficial
digital familiarity:

Being able to use apps and
devices is not digital literacy.
Research finds that children
who are highly proficient at
using apps and devices frequently
lack the deeper digital skills —
information literacy, critical
thinking about digital content,
online safety — that genuine
digital literacy requires.

Digital nativity does not
mean digital literacy. Research
consistently finds that growing
up with digital technology —
being a digital native — does
not automatically produce strong
digital skills. Digital literacy
requires explicit development —
just as print literacy requires
explicit teaching despite children
being surrounded by print.

How Parents Can Support Digital
Skill Development

Research on parental support
and digital skill development
identifies several effective approaches:

Model critical digital thinking.
Research on modeling and digital
skill development finds that
parents who visibly evaluate
online information critically —
asking “how do we know this
is true?”, “who wrote this
and why?” — significantly develop
these skills in their children.

Discuss online experiences
regularly. Research on parent-child
communication and digital skill
development finds that regular
genuine conversations about
online experiences — what children
see, what they question, what
they encounter — significantly
develop digital literacy and
online safety skills.

Introduce coding early. Research
on coding education and cognitive
development supports introducing
coding in middle childhood —
through visual coding platforms
like Scratch — building the
computational thinking that
research finds important across many domains.

Teach information evaluation
explicitly. Research on information
literacy development supports
explicitly teaching children
to evaluate online information —
checking sources, looking for
evidence, considering bias —
rather than assuming these
skills develop naturally.

Try This This Week

Practice 1 — The Information Literacy Practice
What it is: A deliberate weekly
practice of evaluating online
information together — building
the most important digital skill.

How to do it: Once each week —
find a piece of online information
with your child and evaluate it together:

“Who wrote this — and do
they have relevant expertise?”
“What evidence do they give
for this claim?”
“Could there be bias here —
does the writer have a reason
to present this in a particular way?”
“What do other reliable sources say?”

Why it works: Research on
information literacy development
consistently finds that explicit
guided practice in source evaluation —
with a trusted adult — significantly
develops information literacy
skills that children do not
develop through digital use alone.

Practice 2 — The Coding Introduction Practice
What it is: A deliberate introduction
of coding — through a research-supported
platform — building the computational
thinking that research finds important.

How to do it: This week introduce
one coding platform appropriate
to your child’s age:

Ages six to ten — Scratch Junior or Scratch.
Ages ten to fourteen — Scratch, Code.org, or Tynker.
Ages fourteen plus — Python basics through Code.org or Khan Academy.

Start with fifteen to twenty
minutes — with your involvement and curiosity.

Why it works: Research on
coding education consistently
finds that early introduction
to coding — through age-appropriate
visual platforms — builds logical
thinking, problem-solving, and
mathematical reasoning that
research finds important across
many academic and professional domains.

Practice 3 — The Digital Wellbeing Conversation
What it is: A deliberate weekly
conversation about digital wellbeing —
building the self-regulation
skills that research finds increasingly important.

How to do it: Once each week —
in a calm connected moment —
ask genuinely:

“How do you feel after you’ve
been on screens for a while?”
“Do you ever notice screens
affecting your mood or your
ability to concentrate?”
“What helps you manage your
screen time in a way that feels good?”

Listen genuinely — without
immediately imposing rules.

Why it works: Research on
digital wellbeing and adolescent
outcomes consistently finds
that the ability to self-regulate
digital use — which begins
with self-awareness of its
effects — is increasingly important
for wellbeing and productivity
in a digital world.

The Bottom Line

Digital skills are now fundamental
to education, employment, safety,
and civic participation — and
children who develop strong
digital skills are significantly
better prepared for life in
the digital age. The most important
digital skills are information
literacy, online safety, computational
thinking, and digital wellbeing
management — not the superficial
app proficiency that comes
naturally from digital immersion.

Research is clear: digital
skills require explicit development —
just as print literacy does —
and parents play a crucial
role through modeling critical
thinking, discussing online
experiences, introducing coding,
and teaching information evaluation explicitly.

Sources

International Society for
Technology in Education. (2016).
ISTE Standards for Students. ISTE.

Vuorikari, R., et al. (2016).
DigComp 2.0: The Digital Competence
Framework for Citizens.
European Commission.

Resnick, M., et al. (2009).
Scratch: Programming for all.
Communications of the ACM,
52(11), 60–67.

Twenge, J. M. (2017).
iGen. Atria Books.