Chris Qian was only 14 when he founded ReTech for Kids, a nonprofit that collects, refurbishes, and redistributes second-hand technology to under-resourced students across the United States. Three years later, the initiative has mobilised more than 100 youth volunteers, helped distribute 2,000 refurbished devices, and earned Qian a $5,000 prize at the University of Vermont’s 2026 Vermont Pitch Challenge, according to the Diana Award Roll of Honour, UVM, and MIT Solve.Qian’s work began with a simple observation: many students do not have reliable access to a personal computer, while usable devices are often discarded or left unused. Rather than treating that as an unavoidable reality, he built a system that turns unwanted electronics into practical learning tools for young people who need them most. Read more about his work, as per the reports, here:
The problem he saw
ReTech for Kids was created to address the digital divide, a gap that affects students who lack reliable access to devices, internet, or the skills needed to use them. According to the organisation’s MIT Solve profile, UNICEF estimates that about 1.3 billion children ages 3 to 18 worldwide do not have reliable access to personal devices.That gap has consequences beyond homework. Students without their own computer may struggle to attend virtual classes, complete assignments, learn coding, or explore interests such as video editing that require capable hardware.Qian’s solution is to give those students fully functioning devices rather than asking them to buy new ones. For many recipients, the donated computer is their first personal computer, which makes the difference even more significant.
How the nonprofit works
ReTech for Kids collects devices through partnerships with businesses and community centres. Student volunteers then diagnose, repair, and upgrade each device, replacing hard drives with SSDs, increasing RAM, cleaning internal components, and testing keyboards, batteries, and displays.The organisation also uses lightweight Linux distributions to make older devices usable, since they can run well on hardware that may no longer support Windows or macOS. Qian is developing a modified version of Linux Mint XFCE called ReTechOS, designed specifically for students and first-time computer owners.Once a device passes quality checks, ReTech for Kids partners with other nonprofits to identify students most in need. Devices are delivered with basic digital literacy guides and, where possible, access to ongoing technical support.
The impact so far
Over three years, Qian has led more than 100 youth volunteers and helped distribute 2,000 refurbished devices. The Diana Award Roll of Honour describes the initiative as combining environmental responsibility with educational opportunity, since it diverts unwanted electronics away from landfills while putting them into the hands of students.That dual benefit is part of what makes the model compelling. A laptop that might otherwise be thrown away becomes a tool for learning, and a student who might otherwise be excluded from digital opportunities gains a way to participate.The work has also given young volunteers a role in the process. They are not just recipients of a service, they are the people collecting, repairing, and distributing the devices, which builds both technical skills and a sense of ownership.
Recognition from UVM
Qian’s work earned second place in the 2026 Vermont Pitch Challenge, a Shark Tank-like competition for high school entrepreneurs. He received a $5,000 prize for ReTech for Kids, which was described by UVM as a nonprofit that refurbishes and donates laptops and other devices to K-12 students to close the digital divide and reduce e-waste.The competition drew more than 100 teams from 24 U.S. states, with five finalist teams invited to pitch in person at UVM on April 7, 2026. Qian’s placement among that group reflects both the strength of the idea and the clarity with which he presented it.The prize money is not just a reward. It is also a signal that the work is being taken seriously by judges, educators, and entrepreneurs who see the value in a student-led solution to a real-world problem.
The Diana Award
In 2026, Qian was also named a recipient of the Diana Award, an honour that recognises young people for their social action and humanitarian work. The Roll of Honour describes him as someone who has demonstrated the ability to inspire and mobilise others to create long-lasting change.The award highlights Qian’s ability to combine practical action with a broader vision. He is not only distributing devices, he is building a model that others can replicate, using volunteers, partnerships, and refurbished technology to address a persistent inequality.At 17, Qian is already being recognised alongside young leaders from around the world. That recognition reflects the scale of what he has built, even though the organisation began with a single student’s concern about access to technology.
Why the work matters
The digital divide is not just a technology issue, it is an education and opportunity issue. Students who lack access to devices may fall behind in school, miss out on digital skills, and face barriers when they enter the workforce.ReTech for Kids addresses that problem at its source. By refurbishing and redistributing devices, Qian is creating a practical, scalable way to put technology into the hands of students who need it most.The initiative also shows how young people can lead on issues that adults often struggle to solve. Qian saw a gap, built a solution, recruited volunteers, and earned recognition from multiple institutions, all before finishing high school.
What comes next
Qian’s work is ongoing. ReTech for Kids continues to collect, refurbish, and distribute devices, and the organisation is developing ReTechOS to make its devices even more accessible to first-time computer users.The combination of a $5,000 prize, a Diana Award, and a growing volunteer network suggests the initiative has momentum. What began as a student-led effort to close a gap has become a model that could expand further, reaching more students and diverting more devices from landfills.For Qian, the goal is simple. Technology should not be a barrier to learning, and a device that still works should not end up in a landfill when it could help a student build a future.