Bangladesh's Semiconductor Bet: Design the Chips, Skip the Factory

Bangladesh targets $1 billion in semiconductor exports by 2030 through chip design rather than fabrication. Around 1,200 engineers already work in the sector, led by TSMC partner Ulkasemi.

By the UISC BD Editorial Desk · United Information Service Center · Published 9 September 2026 · 7-minute read

Bangladesh has set a target of $1 billion in semiconductor exports by 2030. What makes the plan interesting is what it deliberately leaves out: the country has no intention of building a wafer fabrication plant.

That is the right call, and understanding why explains the whole strategy.

Why Skipping the Fab Is the Smart Move

A modern semiconductor fabrication facility costs upward of ten billion dollars, requires uninterrupted power of extraordinary reliability, ultra-pure water at enormous volume, and a supplier ecosystem that takes decades to assemble. Several wealthy countries have tried and failed to build one.

Chip design has a completely different cost structure. It requires engineers, software licences and computing power. The capital requirement is a rounding error by comparison, and the value captured per engineer is high.

Bangladesh has chosen a design-first path — and for a country whose comparative advantage is a large, young, trainable technical workforce rather than cheap industrial power, that is the only version of this industry that makes sense.

The Industry That Already Exists

This is not a plan on paper. Around 1,200 engineers currently work in semiconductor-related activity in Bangladesh, across firms including Ulkasemi, Neural Semiconductor, iTest Bangladesh, sBIT Inc, Mars Solutions, Prime Silicon and Siliconova.

Annual industry revenue is estimated at $12–15 million. Modest against a $1 billion target — but substantially higher than a few years ago, and real revenue from real international clients.

Ulkasemi: From Four Engineers to a TSMC Partner

The sector's flagship illustrates what is achievable. Mohammed Enayetur Rahman founded Ulkasemi in Dhaka in 2007 with four engineers.

Today the company employs more than 600 engineers, operates design centres in four countries, and its senior management team carries over 250 years of combined Silicon Valley experience. In 2021 it became a Design Center Alliance partner of TSMC — the Taiwanese firm that manufactures the majority of the world's advanced chips.

TSMC does not extend that partnership casually. It is a working endorsement that a Bangladeshi firm's design output meets the standards of the most demanding manufacturer in the industry.

The Pipeline: VLSI in Two Dozen Universities

An industry built on engineers lives or dies on its education pipeline, and this is where Bangladesh has moved fastest.

Very Large Scale Integration (VLSI) — the discipline underpinning chip design — is now taught at around two dozen Bangladeshi universities, several of which collaborate directly with industry. Ulkasemi runs its own VLSI Training Institute, emphasising practical work with the industry-standard electronic design automation (EDA) tools engineers actually use professionally.

That last detail matters more than it sounds. The persistent gap in engineering education worldwide is between graduates who understand theory and graduates who can use professional toolchains. Training on real EDA software is what closes it.

The Honest Distance to $1 Billion

From $12–15 million to $1 billion in roughly four years would require the sector to grow by a factor of seventy. That will not happen through organic expansion of the existing firms alone.

It would require large international semiconductor companies opening design centres in Dhaka at scale — which is precisely what the government's policy initiatives are aimed at, and precisely what remains unproven. The Business Standard has characterised the ambition as now facing a "critical execution phase," and noted that the next two years will determine whether Bangladesh becomes a serious semiconductor destination.

That is a fair assessment. The foundations — engineers, universities, a TSMC-partnered anchor firm, government attention — are genuinely in place. Whether they convert into a billion-dollar export sector depends on execution over a short window.

Why This Is the Most Important Diversification Bet

Among all of Bangladesh's efforts to move beyond garments — bicycles, ceramics, light engineering, electronics — semiconductor design is the one with the highest value per worker and the lowest exposure to the labour-cost competition that eventually erodes every low-wage manufacturing advantage.

A chip design engineer's output does not become uncompetitive when wages rise. That is exactly the kind of industry a country graduating from Least Developed Country status needs to be building.

Related reading

• 20,000 People Work in Bangladeshi Animation Studios. Most Credits Don't Say So.
• Digital Bangladesh: Inside the 2025–2030 Transformation Plan
• Bangladesh Plans 50,000 Cybersecurity Experts by 2030
• Chorki Hit 30 Million Users. Bangladesh's Streaming Wars Are Real.

Sources

• "Bangladesh's $1b semiconductor ambition now faces a critical execution phase," The Business Standard — tbsnews.net
• "Why Bangladesh charts a design-first path into semiconductors, ditching wafer fabrication," The Business Standard — tbsnews.net
• "Bangladesh steps up in global chip race," The Daily Star — thedailystar.net
• "Govt initiatives can make Bangladesh a competitive semiconductor design hub: ULKASEMI CEO," BSS News — bssnews.net