Reverse Engineering: The Missing Strategy in Nigeria’s De-Dollarisation Debate By Adam Olatunji Muritala

PART THREE

Founder African Pro-Humanity Technology Hub 

Nigeria’s de-dollarisation debate has become a theatre of numbers: exchange rates; reserves; currency swaps; and policy pronouncements, yet the most important question is never asked: what does Nigeria actually produce that reduces its need for dollars? No country weakens the grip of a foreign currency by talking about money alone. Currency power follows production power. And production, in every serious industrial history, begins not with invention but with imitation through reverse engineering.

Nigeria’s dependence on the dollar is not ideological; it is mechanical. We import the machines that generate our electricity, the equipment that runs our hospitals, the hardware that powers our telecoms, the tools that enable manufacturing, and even the spare parts that keep these systems alive. Machinery, transport equipment, electrical systems, refined petroleum products, pharmaceuticals these items consistently account for more than half of Nigeria’s import bill, draining trillions of naira in foreign exchange every year. Monetary tightening may ration dollars, but it cannot replace machines. As long as Nigeria imports the physical backbone of its economy, the dollar will remain unavoidable.

This is why the foreign exchange crisis refuses to yield to policy gymnastics. Nigeria does not suffer from a shortage of currency ideas; it suffers from a shortage of productive capability. The problem is not the naira. The problem is that the naira is not backed by factories, machines, and industrial systems that Nigerians control. No amount of regulation can change that reality.

Reverse engineering offers a way out, yet it remains absent from official de-dollarisation discourse. This absence is not accidental. Reverse engineering is uncomfortable because it exposes the truth: that Nigeria has spent decades consuming technology without learning how it works. Reverse engineering is not copying for laziness; it is structured learning through disassembly. This is the act of taking things apart to understand, adapt, improve, and eventually redesign them. It is how every industrial power learned to build.

The United States copied British textile machines. Germany dismantled British steel processes. Japan spent decades studying Western automobiles and electronics. South Korea began by assembling and dissecting imported electronics before becoming a global exporter. China’s rise was built on aggressive reverse engineering long before original innovation took centre stage. Nigeria, however, wants to innovate without first learning to imitate. History does not reward such shortcuts.

Nowhere is this contradiction more expensive than in energy. Nigeria spends billions of dollars importing turbines, generators, solar panels, inverters, and grid equipment, yet still lives with chronic power failure. We import machines to solve a problem that remains unsolved because we never localised the knowledge behind those machines. Each imported inverter strengthens the dollar. Each imported spare part deepens dependence. Each emergency repair paid for in foreign currency confirms the weakness of the naira. Reverse engineering in energy systems systematically, nationally would reduce FX demand, build maintenance capacity, and create an industrial learning base. Countries that localized even a fraction of their energy hardware manufacturing dramatically reduced FX exposure within a decade. Nigeria has not even made the attempt.

Manufacturing tells the same story. Nigeria’s manufacturing contribution to GDP remains stubbornly low not because Nigerians cannot manufacture, but because the machines of manufacturing are imported. Every new factory begins with a dollar invoice. When machines fail, spare parts are flown in. When expertise is needed, foreign technicians are called. Profits leave the country the same way machines entered it through foreign exchange. Reverse engineering spare parts alone would save millions in FX annually, yet this basic step remains neglected.

Healthcare exposes the human cost of this dependence. Over seventy percent of medical equipment used in Nigeria is imported. Diagnostic machines sit idle in hospitals for months while parts are sourced abroad. Lives are delayed, sometimes lost, because a dollar-priced component is unavailable. Countries like India reduced this vulnerability by reverse engineering basic medical devices and gradually building domestic capacity. Nigeria has the demand, the engineers, and the urgency but lacks a strategy.

The education system completes the circle of failure. Nigeria produces thousands of engineering graduates each year, yet imports almost all industrial hardware. Students graduate having memorized formulas but never dismantled a turbine, inverter, engine, or control system. Polytechnics, which should be centres of industrial learning, are underfunded and socially devalued. Universities teach theory without interrogation. The result is a workforce trained to consume technology, not to master it. A country that cannot take things apart cannot build anything that lasts.

Critics often raise intellectual property concerns. But industrial history is inconvenient to such arguments. The same countries that now champion strict IP enforcement built their industries in periods when reverse engineering was openly practiced. Strategic reverse engineering for energy, healthcare, infrastructure, and national resilience is not moral failure; permanent dependency is. No country can outsource survival.

So why is reverse engineering missing from Nigeria’s de-dollarisation debate? Because it threatens entrenched interests. It disrupts import-dependent business models, FX arbitrage, and procurement systems that reward buying rather than building. Reverse engineering demands patience, coordination, institutional reform, and political courage. It cannot be announced at a press conference. It must be funded, taught, protected, and defended.

A serious de-dollarisation strategy would therefore look very different. It would identify the imports draining the most foreign exchange. It would establish sector-focused reverse engineering hubs. It would link public procurement to local capability development. It would reposition polytechnics as industrial backbone institutions. It would protect early-stage manufacturers until capability matures. Above all, it would measure success not by policy statements but by the number of machines Nigeria can build, repair, and improve without asking for dollars.

No country de-dollarises by importing everything. No currency gains strength without productive backing. And no nation becomes industrial by wishing away the learning phase.

Reverse engineering is not a shortcut. It is the only honest starting point. Until Nigeria embraces this reality, de-dollarisation will remain what it is today: a conversation about money, detached from the machines that give money meaning.

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