Airtel Nigeria has completed another phase of its School Adoption Programme, upgrading infrastructure across 10 schools with renovated classrooms, improved water and sanitation facilities, and solar-powered ICT laboratories.

The initiative combines basic school infrastructure with digital learning facilities, reflecting a broader challenge facing Nigerian schools: access to technology is difficult to sustain when classrooms, sanitation and electricity infrastructure are inadequate.

The latest projects were formally handed over during a ceremony at St. George's Primary School in Ipaja, Lagos, on September 28, one of the schools participating in the programme.

The upgrades are designed to give pupils better physical learning environments while introducing dedicated spaces where they can access computers and other digital learning resources.

From classrooms to computer laboratories

The School Adoption Programme goes beyond providing computers.

At the participating schools, Airtel has renovated classrooms and improved water, sanitation and hygiene (WASH) facilities alongside the installation of ICT laboratories.

That combination is significant because digital education does not operate in isolation from the wider school environment.

A school can have computers but still struggle to provide an effective learning environment if classrooms are inadequate, sanitation facilities are poor or electricity is unreliable.

By addressing several of these needs at the same time, the programme takes a broader approach to school infrastructure.

The upgraded classrooms are intended to provide more suitable spaces for teaching, while the WASH improvements address basic facilities that affect pupils' everyday experience at school.

Solar power supports the ICT infrastructure

One of the most notable components of the latest phase is the installation of solar-powered ICT laboratories.

Electricity is a fundamental requirement for digital education.

Computers, networking equipment and other technology cannot provide much value if schools cannot reliably power them.

Solar power gives the participating schools an additional source of electricity dedicated to the ICT facilities, potentially reducing their dependence on conventional power supply for technology-based learning.

That is particularly relevant in Nigeria, where unreliable electricity has long been a challenge for schools, businesses and households.

The approach also links two infrastructure priorities that are increasingly connected: digital education and energy access.

St. George's Primary School gets a personal connection

The handover at St. George's Primary School carried an additional connection to Airtel.

One of the company's employees, Sherif Kolapo, is an alumnus of the school and previously served as its Head Boy.

Kolapo returned to the school as an Airtel employee and shared his career journey with the pupils.

His story provided a practical example of how education can create opportunities beyond the classroom, while also allowing current pupils to see someone who once occupied the same school environment progressing into a professional career.

For Airtel, the interaction also connected the company's infrastructure investment with the people expected to benefit from it.

Employees are part of the programme

Airtel employees also participated in the handover through the company's Employee Volunteer Programme.

The Airtel delegation included Femi Adeniran, Director of Corporate Communications and CSR; Adebimpe Ayo-Elias, Director of Human Resources and Administration; and Ngozi Akamelu, Director of Internal Assurance.

Tomiwa Odunjo, Regional Operations Director for Lagos, also participated alongside members of Airtel's Corporate Communications and CSR team and other employee volunteers.

Employee involvement gives the programme a community component beyond the physical construction and renovation work.

It also allows employees to participate directly in projects connected to the company's broader corporate social responsibility activities.

Why solar ICT labs matter for Nigerian schools

Digital learning is increasingly becoming part of education, but access remains uneven.

A computer laboratory can give pupils exposure to basic digital skills, online educational resources and technology-assisted learning.

However, maintaining such facilities requires more than purchasing computers.

Schools need electricity, connectivity, maintenance, suitable rooms and teachers who can incorporate technology into lessons.

That means the impact of an ICT laboratory will ultimately depend on how consistently the facility is used after installation.

The solar component addresses one part of that challenge by providing an alternative power source.

The longer-term question is whether schools can maintain the equipment, connectivity and learning programmes necessary to turn the infrastructure into sustained educational outcomes.

Private companies are becoming part of the education infrastructure conversation

Airtel's programme also illustrates the expanding role of private-sector companies in supporting public and community education infrastructure.

Telecommunications companies have a particular interest in digital education because increased digital literacy can eventually translate into a population that is more capable of participating in the digital economy.

But the immediate benefit is more basic.

Giving pupils access to computers, reliable electricity and better classrooms can expose them to technology at an earlier stage of their education.

For schools that lack these resources, that exposure can make digital learning more practical rather than theoretical.

The challenge goes beyond installation

The real measure of programmes like this will not ultimately be the number of classrooms renovated or ICT laboratories installed.

It will be what happens after the handover.

Are the laboratories regularly used?

Do pupils receive structured digital-skills training?

Can teachers confidently incorporate technology into lessons?

Is the solar equipment maintained?

Does the school have reliable internet connectivity?

And can the infrastructure remain functional several years after the initial investment?

Those questions determine whether a school infrastructure project becomes a one-time CSR intervention or develops into a lasting improvement in learning.

Airtel's latest school upgrades show why digital education cannot be separated from basic infrastructure.

A computer laboratory is only useful when pupils have a suitable classroom, teachers who can use the technology, reliable power and the basic facilities needed to support learning.

The decision to combine classroom renovations and WASH improvements with solar-powered ICT laboratories therefore addresses multiple layers of the problem at once.

But installation is only the starting point.

The bigger opportunity is to turn these laboratories into active learning centres where pupils regularly build digital skills.

If that happens, the value of the programme will extend beyond the buildings and equipment handed over in 2026.

It will be measured in the number of pupils who leave those schools more confident, more digitally capable and better prepared for an economy increasingly shaped by technology.