A Student Turned a Personal Problem Into an Education Platform
Technology startups do not always begin in an office, university laboratory or corporate innovation centre.
Sometimes they begin with a student trying to solve a problem for themselves.
That is how Shriyan Avadhanula, a 16-year-old student in Virginia, says he began building Scholark after becoming frustrated with the amount of college-preparation material available behind paywalls.
Instead of simply looking for another paid resource, he started building his own tools.
The result was Scholark, a free college-prep platform that Avadhanula says has reached more than 10,000 users since its launch in 2025.
The story is interesting for more than the age of its founder. It highlights a broader shift in technology: young developers can now use modern software development tools, artificial intelligence and direct user feedback to build products that solve problems they personally understand.
Independent reporting by GovTech found that Scholark grew from tools Avadhanula initially built for himself and shared with friends. The publication reported that more than 10,000 people had accessed the platform since its launch, with traffic increasing around AP examination season.
Why Scholark Was Built
According to Avadhanula, the original problem was access to college-preparation resources.
Many students preparing for standardised tests and university applications encounter a mixture of free resources, subscriptions, advertisements and paid preparation platforms.
Avadhanula wanted to create an alternative that kept the core resources accessible without requiring students to pay for them.
That idea became Scholark.
Rather than starting with a large business plan, the platform developed around actual problems that the founder was experiencing as a student.
This approach is increasingly common among young technology builders.
A student can identify a problem, create a basic digital product, put it in front of users and then improve it based on feedback.
That development cycle can happen much faster today than it could a decade ago.
From a Personal Tool to a Platform
One of the more important parts of Scholark’s story is how it evolved.
Avadhanula initially shared the platform with friends and asked them for feedback about what worked and what needed improvement.
Eventually, people outside his immediate network began discovering and using it.
According to GovTech, Scholark had more than 10,000 users accessing the platform since its launch in 2025. Traffic also reportedly peaked around AP exam season, when students were searching for study resources.
That growth illustrates an important lesson for aspiring technology entrepreneurs.
A product does not necessarily need to begin with thousands of users.
It needs to solve a problem well enough for its first users to find it useful.
Those users can then provide the feedback needed to improve the product.
AI Is Part of the Development Process
Artificial intelligence is also part of the story.
Avadhanula told GovTech that he has used AI during the development process, including for identifying bugs and helping with development work.
He has also worked on features involving educational content and admissions-related estimates.
One of the features addresses a problem he noticed when different admissions websites produced different predictions.
Rather than presenting its estimates as guaranteed outcomes, Scholark shows users the data behind its estimates, according to Avadhanula.
He also acknowledged that such estimates cannot be perfectly accurate.
That distinction matters.
AI can help a developer build and improve a product, but that does not mean every AI-generated result should be treated as fact.
For education platforms in particular, transparency is important because students may use the information to make decisions about exams, applications and careers.
The Bigger Technology Lesson
The Scholark story demonstrates a product-development model that is becoming easier for young developers to follow:
Identify a problem → build a solution → test it with users → collect feedback → improve the product.
The technology may change, but the basic principle remains familiar.
What has changed is the accessibility of the tools.
A motivated student with a laptop, internet connection and the necessary technical skills can now experiment with software products without first building a large company.
AI coding assistants and other development tools can also reduce some of the barriers involved in creating prototypes and debugging software.
That does not remove the need for programming knowledge, product design or testing.
It simply gives developers another set of tools.
Why This Matters for Kenya and Africa
The story has relevance beyond the United States.
Across Africa, access to quality digital education remains an important technology and development issue.
For Kenyan students, for example, online learning platforms can provide access to revision materials, coding resources, career information and other educational tools without requiring students to travel to physical training centres.
However, access is only useful when the technology is affordable, reliable and designed around the realities of its users.
Kenya’s Artificial Intelligence Strategy 2025–2030 explicitly identifies education among the sectors where AI can be applied and places emphasis on talent development, digital skills, infrastructure, research and innovation.
The strategy’s implementation roadmap also calls for greater exposure to AI and emerging technologies, digital literacy and stronger pathways for students interested in science, technology, engineering and mathematics.
That creates an important opportunity for African developers.
Instead of simply consuming technology developed elsewhere, students and young entrepreneurs can build digital products around problems they understand from their own communities.
Could Kenya Produce More Student-Built Platforms?
Kenya already has a strong technology and startup ecosystem, but the next generation of innovation does not necessarily have to come from established startups.
It can also come from students.
A Kenyan student could build a platform that helps learners:
- Prepare for national examinations
- Find scholarships
- Learn programming
- Compare university courses
- Access revision materials
- Practise job interviews
- Learn financial literacy
- Build digital skills
- Find internship opportunities
The most important question would not simply be whether the platform uses AI.
It would be whether the platform solves a real problem.
That is an important distinction as AI becomes increasingly accessible.
AI Should Support the Product, Not Become the Product
There is a temptation for developers to add AI to almost every new digital platform.
But the Scholark example suggests a more useful approach.
Start with the user’s problem.
Then determine whether AI actually improves the solution.
For an education platform, AI might help with:
- Personalised study recommendations
- Question generation
- Feedback on practice exercises
- Content organisation
- Search
- Administrative tasks
- Debugging and software development
But human oversight remains important.
Educational information needs to be accurate, understandable and appropriately sourced.
A system that produces impressive-looking answers but gives students incorrect information can create more problems than it solves.
The Challenge of Building Free Technology
Keeping a digital platform free also creates challenges.
Servers cost money.
Development takes time.
Content has to be created and maintained.
Security requires continuous attention.
User support can become increasingly difficult as the audience grows.
A free platform therefore needs a sustainable operating model even when users are not directly paying for access.
For student developers, this can become one of the hardest parts of turning a useful project into a long-term service.
The technology may be relatively easy to build.
Keeping it reliable is another challenge.
What Kenyan Student Developers Can Learn
There are several lessons from the Scholark story that can apply to young developers in Kenya and across Africa.
1. Start With a Problem You Understand
The strongest starting point may be a problem you experience yourself.
Students understand many of the challenges facing other students because they encounter them directly.
2. Build a Small Version First
A developer does not need to build a complete platform immediately.
A calculator, search tool, revision feature or simple directory can be enough to test whether people actually need the product.
3. Get Real Users Early
Friends and classmates can become the first testers.
Their feedback can reveal problems that the developer did not notice.
4. Use AI Carefully
AI can accelerate development, but developers still need to understand what their software is doing.
Testing, security and fact-checking remain essential.
5. Focus on Accessibility
A useful product should consider the realities of its target users.
In Africa, that can include mobile-first design, data consumption, device compatibility and affordability.
6. Build for a Real Audience
A product does not have to target the entire world.
A solution designed specifically for Kenyan students, university applicants or vocational learners could still become valuable if it solves a genuine problem.
The Rise of Young Technology Builders
The story behind Scholark is part of a larger change in who can build technology.
Students are no longer limited to learning programming before they can experiment with digital products.
Modern development platforms, cloud services, open-source software and AI-assisted tools have lowered some of the barriers to experimentation.
But lower barriers do not guarantee successful products.
The difficult part remains understanding users, solving the right problem, maintaining quality and earning trust.
That is where the next generation of African technology entrepreneurs may have an advantage: they are often building solutions around problems they personally experience.
From Education Problems to Technology Solutions
The most interesting aspect of Avadhanula’s story is not simply that he is 16.
It is that he encountered a problem, built a solution and then allowed other users to shape the product.
That model can apply far beyond education.
A student dealing with an inefficient school process could build a better digital workflow.
A young developer frustrated by a local business problem could create a useful software tool.
A university student could develop a platform for internships or skills training.
The technology may be different, but the process is similar.
Find the problem. Build the solution. Put it in front of users. Listen. Improve.
What This Means for Africa’s Next Generation of Developers
For Kenya and other African technology markets, the growth of student-built platforms could become increasingly important.
Kenya’s national AI strategy places research, innovation, talent development and commercialisation at the centre of its AI ambitions. The government has also recently emphasised practical AI skills for students, teachers, workers, MSMEs and developers.
That means the future of African technology will not depend only on large technology companies.
It will also depend on whether young people have the skills, infrastructure and opportunities to experiment.
A 16-year-old building an education platform is therefore more than an unusual startup story.
It is an example of what becomes possible when a young person has a problem to solve and access to the tools needed to build a solution.
Frequently Asked Questions
What is Scholark?
Scholark is a free college-preparation platform built by student founder Shriyan Avadhanula. It provides educational and college-preparation tools designed to make resources more accessible.
How many people use Scholark?
Avadhanula told GovTech that more than 10,000 users had accessed Scholark since its launch in 2025. The publication also reported that traffic increased around AP examination season.
Is Scholark free?
Scholark has been described as a free platform. Its founder’s stated goal has been to provide educational resources without putting core access behind a paywall.
How is AI used in Scholark?
According to Avadhanula’s comments to GovTech, AI has been used during development, including for identifying bugs and supporting development work. Some platform features also involve data-driven estimates and educational content.
Can Kenyan students build similar technology?
Yes. Kenyan students can use available development platforms, open-source software, cloud services and AI-assisted tools to prototype digital products. The bigger challenge is identifying a genuine problem, building a reliable solution and finding users who benefit from it.
Why is student-built technology important?
Student-built products can provide a practical way for young people to develop programming, product design, entrepreneurship and problem-solving skills while addressing real-world problems.
Related TechDrivers Stories
For more stories about how AI and technology are changing work and digital products in Kenya, read:
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- How AI Digital Teammates Could Change Work
- AI Automation in Kenya: How Businesses Save Time
- Before Using Predictive AI, Decide What Decision It Should Change
- AI and Digital Tourism in Kenya
Conclusion
Scholark’s story shows that meaningful technology projects do not always begin with large teams or large budgets.
A student encountered a problem with access to education resources, built a solution and gradually expanded it as more people began using it.
The lesson for young developers in Kenya and across Africa is straightforward: start with a real problem rather than simply starting with technology.
AI can help developers build faster, analyse information and improve digital products. But the value ultimately comes from whether the technology solves a problem for real people.
As Kenya invests in AI skills, digital infrastructure and local innovation, stories like Scholark’s offer a useful reminder that the next technology builder may still be sitting in a classroom.
Editorial Note: This article is based on publicly reported information about Shriyan Avadhanula and Scholark, including independent reporting by GovTech, alongside information supplied to TechDrivers by the founder. Claims about user numbers, development practices and other projects have been attributed where appropriate.
