25 October 2026
Walk into most middle school classrooms and you will notice something subtle but important. Boys tend to dominate the front of the room during coding activities, raise their hands first when a new app is introduced, and volunteer to troubleshoot the projector. Girls are often just as capable, sometimes more so, but they hang back. That pattern does not appear out of nowhere. It is shaped by years of small messages about who technology is for and who gets to feel confident using it.
This matters far beyond whether a girl grows up to become a software engineer. Technology now mediates how young people learn, socialize, create, and eventually earn a living. A girl who feels at home with digital tools has more room to shape her own life. A girl who feels like a guest in that world is more likely to accept whatever defaults are handed to her.
Digital confidence is not the same as screen time, technical skill, or knowing the latest app. It is a durable sense that you can figure things out, that you have permission to tinker, and that technology is a tool you direct rather than a force that directs you. Parents and caregivers play a larger role in building that confidence than most realize, and the way they play it matters more than any single product or class.

The first is digital literacy, which is the ability to operate tools and understand basic concepts. Knowing how to use a spreadsheet, evaluate a website, or adjust privacy settings falls here.
The second is technical skill, which is depth in a particular area. A girl who can write Python or edit video has technical skill, but she might still lack confidence if she second-guesses every decision.
The third is digital confidence, and it is the quiet belief that you belong in the room. It shows up as willingness to experiment, comfort with being a beginner, and the habit of asking "how does this work?" instead of "can someone do this for me?"
You can teach the first two directly. The third is caught more than taught, through repeated experiences of trying something, failing, and recovering without shame. That is why a parent who grabs the mouse to "fix it quickly" can undo months of encouragement in a single gesture. The message, however unintentional, is that someone else is the authority.
Consider a concrete example. A girl joins a robotics club and finds that the boys have already claimed the building and programming roles while she is handed the task of documenting the project. Nothing hostile happened. No one said she could not code. But the structure quietly assigned her a supporting role, and over time she may conclude that she prefers the supporting role when in fact she was nudged into it.
There is also the perfectionism trap. Many girls are socialized to value getting the right answer over the process of figuring things out. Technology rewards the opposite mindset. Debugging is the job. Errors are information. A girl who has been praised mainly for correct answers can find the messy, iterative nature of tech deeply uncomfortable, and she may interpret normal struggle as evidence that she is not "a tech person."
Understanding these dynamics changes how you parent. You are not just teaching tools. You are countering a cultural current.

Agency comes first. Before any curriculum, a girl needs to experience the feeling of making a device do something she decided it should do. That can be as simple as letting her choose and set up her own phone, customize a laptop, or design the family's shared calendar. The task does not need to be impressive. It needs to be hers.
A useful test: at the end of a tech activity, ask who made the decisions. If the answer is mostly the instructor, the parent, or the tutorial, the confidence gain is limited. If she chose the goal, made the calls, and lived with the results, the gain sticks.
This is why unstructured tinkering often outperforms structured classes for younger girls. Give her an old device that no longer matters, a set of basic tools if she is interested in hardware, and permission to break things. The absence of stakes is the point. You cannot learn to recover from failure if failure is never allowed.
When she is stuck, resist solving it. Instead, try one of these:
- "What have you tried so far?"
- "What do you think the error message is telling you?"
- "Where would you look to find out?"
- "What is the smallest thing you could change to test an idea?"
These questions do two things. They model a debugging process, and they communicate that you believe she is capable of finding the answer. That belief, repeated over years, becomes internal.
There is a trade-off here. Coaching takes more time than doing it for her, and sometimes the practical answer is to just fix the thing so everyone can move on. That is fine occasionally. The problem is when it becomes the default. A useful rule is to intervene only when frustration is about to tip into defeat, and even then, intervene with a question rather than a solution.
The distinction is straightforward. A girl who watches videos about animation learns about animation. A girl who makes a short animated clip, however crude, learns that she can produce. The second experience rewires her self-image in a way the first cannot.
Here are categories worth considering, with honest trade-offs.
Creative coding platforms. Block-based environments let beginners build games, stories, and art without syntax getting in the way. They are excellent for a first taste and for building the identity of "someone who makes things." The limitation is that block-based tools can feel childish as girls get older, and some platforms have a visible gender skew in their communities. Transition to text-based coding when she is ready, not when a curriculum says so.
Physical making. Electronics kits, 3D printing, and simple robotics connect code to the real world. Many girls respond strongly to projects with a purpose, such as a sensor that reminds a family member to take medication or a light that helps a younger sibling sleep. Purpose-driven projects sustain motivation far longer than abstract exercises. The trade-off is cost and the need for adult supervision with anything involving heat, sharp tools, or electricity.
Content creation. Video editing, podcasting, digital art, and writing all count as technology use. A girl who learns to edit her own videos is learning file management, patience, and iterative revision, all of which transfer. The risk is that public platforms expose her to attention dynamics that can undermine confidence if she is not ready. Start with private or family-only audiences and expand gradually.
Games with creation modes. Some games include level editors, modding tools, or building systems. These can be a bridge for girls who are interested in games but have only consumed them. The trade-off is that the creative tools are often buried and the surrounding culture can be unwelcoming. Playing alongside her and helping her find supportive communities helps.
The common thread is production over consumption. When in doubt, ask whether the activity leaves her with something she made.
Peers can be cruel about girls who are visibly good at technology, and the cruelty is often disguised as teasing or exclusion rather than open hostility. Some girls respond by hiding their skills, a phenomenon sometimes called downplaying competence to fit in. Others overcorrect and become defensive.
Parents can help by naming the dynamic without dramatizing it. A conversation might go like this: "Sometimes when girls are good at something that boys think is theirs, people make weird comments. If that happens, it is about them, not about you. Do you want to talk through how you might handle it?"
It also helps to find at least one community where she is not the outlier. That could be an online group, a club, a camp, or a mentorship program. One place where she is normal changes how she reads the places where she is not.
Be careful about how you talk about gender differences in front of her. Well-meaning comments like "girls are just as good at math" can backfire because they imply the opposite was in question. It is usually better to assume her capability out loud and let the evidence accumulate.
Mistake one: buying confidence. A new tablet or laptop is not a confidence intervention. Devices are tools, and without agency and support, they mostly enable consumption. Before buying, ask what she will make or decide with it.
Mistake two: over-scheduling. A girl with three structured tech activities and no free time to tinker learns to perform rather than to explore. Protect unstructured time, even if it looks like nothing is happening. Some of the most valuable tech learning looks like boredom followed by a random idea.
Mistake three: letting fear drive the rules. Many parents respond to online risk by restricting access heavily. Some restriction is appropriate, especially for younger girls, but blanket bans often backfire by making technology feel forbidden and by leaving girls less prepared to navigate it. A better approach is graduated access with ongoing conversation. Explain why a rule exists, revisit it as she matures, and keep the door open for questions.
Mistake four: assuming interest must look a certain way. Not every girl wants to code. Digital confidence can be built through design, data, communication, music production, or community organizing online. Pushing a narrow version of tech enthusiasm can convince her that she is not interested when she simply has not found her entry point.
Misconception: confidence comes from praise. Empty praise ("you are so smart with computers") can create fragility because it ties identity to outcomes. Process praise ("you kept trying different approaches until it worked") builds resilience. Praise the method, not the label.
She wants a social media account earlier than you planned. Rather than a flat no, consider a structured yes. Start with a private account, review privacy settings together, and agree on a trial period with a check-in. The goal is to teach judgment while the stakes are low. A flat no often pushes the account underground, where you have no influence at all.
She is frustrated and wants to quit a project. Distinguish between a temporary wall and genuine disinterest. A useful question is whether she would want to continue if the specific obstacle disappeared. If yes, help her push through the wall; that experience is where confidence is forged. If no, let it go without guilt. Quitting a project she never cared about is not a failure.
She compares herself unfavorably to a boy in her class. Acknowledge the feeling without agreeing with the premise. Point to specific evidence of her own growth over time, and if possible, find a project where she can experience visible progress. Comparison thrives in the absence of concrete personal evidence.
She is the only girl in a class or club. Check in regularly and take her read seriously. Some girls thrive in that position; others find it exhausting. If it is exhausting, look for a supplementary space where she is not the exception, while keeping the original if she wants it.
Make technology a shared topic rather than a private one. Talk at dinner about something interesting you learned or a problem you solved. Ask her opinion on tech decisions that affect the family. When she explains something to you, listen fully rather than correcting.
Model your own relationship with technology honestly. If you avoid new tools, say so and try one anyway in front of her. If you get frustrated, narrate your recovery. "I could not figure this out, so I searched for the error and tried a different approach." That sentence teaches more than a lecture.
Keep a stash of low-stakes materials: an old laptop, a broken appliance that is safe to disassemble, craft supplies for prototyping. The presence of materials signals that making is normal.
And be patient with timelines. Confidence is cumulative and quiet. A girl may show no interest for months and then suddenly ask to build something. The groundwork you laid is often invisible until it is not.
In those cases, a mentor can be transformative, especially a woman working in a technical field. Mentorship provides something parents cannot: proof that someone like her has already walked the path. Look for programs through schools, libraries, community organizations, and professional associations. Be honest with her about why you are suggesting it and let her have a say in choosing.
If anxiety around technology seems tied to broader perfectionism or social fear, a conversation with a school counselor or a mental health professional is a reasonable step. Confidence work and emotional support are not in competition; they reinforce each other.
That outcome is built through thousands of small moments: the times you asked instead of fixed, the projects she was allowed to abandon, the communities you helped her find, the questions you treated as interesting rather than annoying. None of those moments feel dramatic. Together they change what a girl believes about herself.
Start where she is. Follow her curiosity. Protect her agency. The rest tends to follow.
all images in this post were generated using AI tools
Category:
Raising Girl EmpoweredAuthor:
Steven McLain