Bangladesh’s semiconductor ambition requires a design-first strategy

For more than four decades, Bangladesh's economic transformation has been driven by a single industry: ready-made garment (RMG). The sector turned the country into one of the world's largest apparel exporters, created millions of jobs, empowered women in the workforce and generated more than $40 billion in annual export earnings. 

It remains one of Bangladesh's greatest development successes. But every successful growth model eventually reaches a crossroads. As global competition intensifies and technology reshapes industries, Bangladesh must prepare for its next engine of growth. 

The industries that will define the coming decades—from artificial intelligence and electric vehicles to renewable energy, advanced healthcare, robotics and next-generation communications—will depend on one fundamental technology: the semiconductor chip.

Often described as the "brains" of modern electronics, semiconductors power everything from smartphones and data centres to medical equipment and satellites. Their strategic importance has grown so rapidly that governments now view semiconductor capability as a matter of economic security, technological leadership and geopolitical influence.

Countries are racing to strengthen their semiconductor ecosystems. The United States is investing heavily in domestic production, the European Union has launched its Chips Act, India is attracting semiconductor companies, while Vietnam is emerging as a regional hub for chip design and advanced packaging. Taiwan and South Korea remain leaders in high-end manufacturing.

Bangladesh has now signalled its own ambitions. At the National Semiconductor Symposium and BEAR Summit 2026, the government identified semiconductors as a strategic growth sector after RMG and brought together policymakers, universities, researchers and global technology companies around a common goal: integrating Bangladesh into the global semiconductor value chain.

The ambition is timely. But can Bangladesh realistically compete in one of the world's most sophisticated industries?

Yes—but only with a realistic strategy.

Bangladesh should not attempt to build cutting-edge semiconductor fabrication plants overnight. Instead, it should first develop the talent, research capacity and industrial ecosystem required to become a competitive participant in the global industry.

This distinction matters because semiconductors involve far more than manufacturing. Before a chip is fabricated, it must be designed, verified and optimised. After fabrication, it must be packaged, tested and integrated into finished products. Each stage creates value, but the capital and expertise required vary considerably.

That is where Bangladesh's opportunity lies.

The country does not need to dominate the entire value chain. The United States leads in chip architecture and design, Taiwan in advanced manufacturing, Malaysia in assembly, testing and packaging, and India in semiconductor design and engineering services. The lesson is clear: successful countries build on their comparative strengths rather than attempting to replicate another country's model.

Bangladesh's greatest advantage is its growing pool of young engineers, researchers and technology professionals. Each year, universities produce thousands of graduates in electronic engineering, computer science and related disciplines. Meanwhile, the software and ICT industry has matured into a globally competitive sector serving clients worldwide.

The challenge is to turn this potential into globally competitive capability.

That means avoiding a common mistake among emerging technology economies: setting ambitious goals without first building the capabilities needed to achieve them.

Advanced semiconductor manufacturing is among the world's most capital-intensive industries. A state-of-the-art fabrication plant can require tens of billions of dollars, alongside sophisticated supply chains, specialised engineers, world-class research and decades of industrial experience. Even many advanced economies struggle to compete in this segment.

A 'design-first' strategy

For Bangladesh, a more pragmatic starting point is semiconductor design, verification, embedded systems and engineering services, followed gradually by assembly, testing and packaging.

A "design-first" strategy requires far less capital than wafer fabrication and aligns better with Bangladesh's existing strengths in engineering and ICT.

India offers a powerful example. Its semiconductor journey began with engineers rather than factories. Today, global technology companies operate major chip-design and research centres there, making the country a leading destination for semiconductor design and engineering services.

Malaysia followed another successful path by specialising in assembly, testing and packaging. Vietnam, meanwhile, has attracted major semiconductor investments through targeted policies, industry-focused education and international partnerships.

The lesson is straightforward: no country enters the semiconductor industry by mastering every stage at once. Successful economies establish credibility in one segment, build capabilities and expand as their ecosystem matures.

Bangladesh should follow the same path.

Building the ecosystem

Encouragingly, the building blocks are beginning to emerge. The National Semiconductor Symposium and BEAR Summit 2026 demonstrated growing collaboration between government, universities and industry. Training programmes are expanding, international technology partnerships are increasing, initiatives such as CREST are helping develop the talent pipeline, and fiscal incentives indicate government commitment.

But individual projects and announcements are not enough. Bangladesh needs a coordinated, long-term national strategy.

The transformation should begin with universities. Engineering programmes need to place greater emphasis on integrated circuit design, semiconductor devices, embedded systems and industry-standard electronic design automation (EDA) tools. Universities should strengthen laboratories, expand industry collaboration and expose students to real-world engineering challenges.

Bangladesh should measure success not by the number of fabrication plants it builds, but by the strength of the ecosystem it creates: skilled engineers entering the workforce, internationally recognised research, technology start-ups, multinational design centres and high-value semiconductor exports.

Research also deserves greater attention. A competitive semiconductor ecosystem requires continuous innovation, not simply trained workers. Increased research funding, shared national laboratories and partnerships with leading international universities could help Bangladesh build both the technologies and talent needed for long-term growth.

Industry must play its part as well. Bangladesh's software and ICT companies are well positioned to establish chip-design teams, invest in research and development, support university projects and create structured internship programmes. These steps would help bridge the gap between academic training and industrial demand.

Foreign investment should also be targeted strategically. Rather than immediately competing for multi-billion-dollar fabrication plants, Bangladesh should attract multinational companies interested in chip-design centres, verification facilities and advanced packaging and testing. These segments require less capital while generating high-value employment, technology transfer and integration into global supply chains.

Government policy must provide the stability to support these ambitions. Fiscal incentives matter, but investors also need regulatory certainty, strong intellectual property protection, reliable infrastructure, transparent governance and access to skilled workers. Semiconductor investments operate on long time horizons, making policy consistency as important as financial incentives.

Bangladesh also possesses an underused asset: its global engineering diaspora. Bangladeshi engineers working for semiconductor companies, research institutions and technology firms across North America, Europe and Asia could help accelerate the country's progress. Opportunities for them to mentor engineers, collaborate with universities, advise policymakers and invest in local technology ventures could strengthen the emerging ecosystem.

People before factories

The most important lesson from leading semiconductor economies is that industries are built by people before factories.

Manufacturing facilities can be constructed within a few years. Developing world-class engineers, researchers and technology entrepreneurs takes decades. Countries that lead the semiconductor industry invested first in education, research and innovation; industrial infrastructure followed as those capabilities matured.

Bangladesh should therefore measure success not by the number of fabrication plants it builds, but by the strength of the ecosystem it creates: skilled engineers entering the workforce, internationally recognised research, technology start-ups, multinational design centres and high-value semiconductor exports.

Beyond microchips

Ultimately, this is about more than microchips. It is about redefining Bangladesh's economic future.

For decades, growth has been driven largely by labour-intensive manufacturing. Semiconductors offer an opportunity to complement that success with a knowledge-intensive economy built on engineering, research and innovation. Such a transformation could strengthen sectors ranging from artificial intelligence and telecommunications to medical technology, renewable energy, aerospace and advanced manufacturing.

The road will be long. Building a globally competitive semiconductor ecosystem requires sustained investment, collaboration between government and industry, and commitment across successive governments.

Bangladesh has shown before that it can turn ambitious visions into economic success. Its RMG and ICT sectors demonstrate what strategic vision and consistent execution can achieve.

The semiconductor industry presents the next opportunity.

The National Semiconductor Symposium and BEAR Summit 2026 marked an important beginning. The task now is to translate that vision into measurable outcomes. By prioritising talent, research, industrial collaboration and international partnerships before pursuing capital-intensive manufacturing, Bangladesh can establish itself as a credible participant in the global semiconductor value chain.

The countries that shape the future semiconductor industry will not necessarily be those that manufacture every chip. They will be those that contribute knowledge, innovation and skilled talent across the value chain.

Bangladesh has the opportunity to become one of them. The next chapter of its economic success will depend not on the ambition of its vision, but on the discipline of its execution.

Engr. Ashraful Arefin is an Assistant Professor in the Department of Electrical and Electronic Engineering (EEE) at Primeasia University. His research focuses on semiconductor technology, VLSI design, machine learning, embedded systems, and emerging electronic technologies.

Disclaimer: The views and opinions expressed in this article are those of the author and do not necessarily reflect the opinions and views of The Business Standard.