Keffi, Nigeria in Nasarawa state known as the home of “Solid Minerals’ lies within a mineral-rich belt known for rare metal pegmatites containing lithium, beryl, tantalite, and niobium.  The soil of Nasarawa state is more than just rock; it holds the fundamental ingredients needed for the rapidly evolving 21st-century global economy. As the world pivots toward a "Green Revolution," minerals that the state holds like lithium, tantalite, and rare earth elements have become the new oil. Yet, for decades, Nigeria has played a key role at the start of the value chain – richly endowed with natural resources and actively contributing raw materials to the regional and global market. However, this positioning has meant that much of the value addition, including job creation, processing and livelihoods has taken place elsewhere due to massive exports. This has distorted Nigeria’s economy, with any slight change in forex affecting all sectors of the economy. 

This is confirmed by data from the National Bureau of Statistics (NBS) which reveals a stark reality: Nigeria continues to face a significant trade deficit in high-tech goods, importing over 90% of its renewable energy hardware despite possessing an estimated USD 700 billion in untapped mineral resources. However, the tide is turning. Driven by a staggering 500% explosion in the adoption of renewable energy components across Nigeria over the last five years, the Federal Government has moved to reclaim the value chain.

The Success Proof: Beyond the "Resource Drain Curse"

The vision of a self-reliant Nigeria is no longer theoretical. Last year, UNDP, in collaboration with the Rural Electrification Agency (REA) and NASENI, hosted the inaugural National Renewable Energy Investment Forum (NREIF), which captured over $500 million in investment commitments. Local champions are already proving that they country can be self-reliant and self-funded.  Take LVK in Lagos, a firm birthed through the technical assistance of the Bank of Industry (BOI). In less than two years, LVK has transitioned from a startup to a regional exporter. Recently, the company made history by exporting 100 MW worth of Nigerian-assembled solar panels to Ghana. With a current manufacturing capacity reaching 150 MW, LVK is proof that "Made in Nigeria" is ready for the global stage. This is what UNDP and the University of Nasarawa are building upon, for the wider minerals value chain. The research question is simple – can we also have a “Made in Nigeria” lithium-ion battery using Nasarawa’s minerals? While ambitious, the path is clear - by securing a position as a regional hub for critical battery components, Nigeria can turn this possibility into a cornerstone of its industrial strategy. 

We believe it is possible – and this is why the Minetech UniPod launch is critical. 

The UniPod: Replicating the "LVK Success" in Mining

UNDP Nigeria, with support from the Federal Government, the Nasarawa State Government, and in collaboration with the Nasarawa State University launched a state of the art and fully equipped Mine-Tech University Innovation Pod (UNIPOD).

The strategy is clear: The UniPod is designed to do for the mining sector what the BOI and NASENI did for solar manufacturing. By providing students with the same high-level technical environment that allowed LVK to scale, NSUK is ensuring that the next "100 MW export" isn't just a panel, but a locally refined lithium-ion battery or a rare-earth component designed in a Nasarawa lab.

A Continental Revolution: timbuktoo and TETFund

The Nasarawa UniPod is a flagship of timbuktoo - UNDP’s pan-African ambition to spark a startup revolution across 10 countries. In Nigeria, this is a national movement. Through a strategic partnership with TETFund, the UniPod model is being scaled to 50 universities across the country, ensuring that the "University of the Future" is a launchpad for industrial venture building. 

A University Without Walls

The UniPod breaks the traditional academic mold. It is a space where students work directly with industry leaders like Ganfeng Lithium to solve real-world industrial bottlenecks.

• The Student Perspective: "We used to study mining from textbooks," says Kieran, a geology student. "Now, we use digital tools to map minerals and learn the business of mining. We aren't just looking for jobs; we are creating them."

• The "Green" Standard: The center also houses the JacMedGeo Centre, the world’s first facility for Medical Geology. It ensures that Nigeria leads the way in "Safe Mining," protecting the health of communities and the environment alike.

Why Nasarawa?

As the heart of Nigeria’s mining belt - hosting over 30 commercially viable mineral types - Nasarawa is the natural home for this transition. Under the leadership of Governor Abdullahi Sule, the state has become a champion of the "Triple Helix" model - bringing government, academia, and private industry together into a single, powerful engine for growth.

In terms of the big picture, the goal of this partnership is simple - to ensure that when the world seeks the next breakthrough in battery technology or clean energy, they look to the University of Nasarawa in Nigeria. Through anchoring the Materials Development Institute (MDI) at the University, this new UniPod will ensure that the minerals in Nigeria power the dreams of the talented students and academic community.

"This is about sovereignty," says the UNDP team. "It is about making sure Nigeria doesn't just join the energy transition - but leads it."