The ‘Silicon River’ vision: Powering Bangladesh in global chip race
For Bangladesh, the question is no longer whether to join the global chip industry but how and who will do the building
Instead of devoting the evenings strictly to own research program at one of America's premier engineering schools, Purdue University's Professor Muhammad Mustafa Hussain has traded his time for strategic mentoring with the next generation of Bangladeshi innovators.
As the chief architect of the nation's semiconductor ambitions, he is driving the 'Silicon River' vision treating microelectronics as the foundation for the country's future artificial intelligence, robotics, and biotech industries. This pro-bono mission stems from a singular conviction: Bangladesh's future will be defined not by the size of its population, but by its 'impactful ideas, focused execution, and the ability to build world-class technology'.
From strategy to execution
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Transforming Bangladesh's chip ambitions answers a fundamental question: who will do the industry's heavy lifting? In June 2026, the answer became tangible.
A Bangladesh Semiconductor Industry Association (BSIA) delegation, led by President M A Jabbar and Dr Hussain, toured Austin, Phoenix, Silicon Valley, and Portland. Their mission was to anchor pitching efforts to tech giants like AMD, NXP, Intel, SanDisk, ARM, and Tokyo Electron. Backed by this diverse coalition of industry leaders, the delegation presented a unified national strategy that resonated deeply across the global diaspora.
In Phoenix alone, over 80 Bangladeshi-origins representing 30 global giants and 1,600 years of collective expertise gathered, signaling deep trust in this new national momentum. This shift marks a critical inflection point: Bangladesh is no longer debating whether to enter the semiconductor value chain, but how to execute the transition.
Moving from theoretical policy papers to an active ecosystem requires synchronising five distinct actors who traditionally operate in silos: a de-risking state, multilateral development partners, strategically aligned foreign partners, local and global entrepreneurs, and a mobilised diaspora. Because each stakeholder holds a piece of the puzzle that the others lack, the immediate challenge is not funding, it is systemic integration.
Building investor confidence
The government has finally moved from words to real resources. The FY2026-27 national budget establishes a dedicated fiscal regime for microelectronics: raw materials for chip design, testing, and packaging are virtually stripped of domestic taxes and duties until 2031, leaving only a nominal 1% import tariff. The startups enjoy a 0% turnover tax and full VAT exemptions extending to 2035, replicating the long-term policy runway that scaled the garments sector.
Complemented by a newly approved Tk1,500 crore design and testing hub at Kaliakoir, these measures represent concrete sovereign commitments. In a tight fiscal landscape, these allocations are a major sovereign sacrifice. Yet capital is only half the battle; the state's true test is de-risking the operational environment.
Financial hand-outs alone cannot sustain a globally competitive tech sector. Tax holidays and duty waivers fail to protect proprietary chip architecture or replace enforceable intellectual property (IP) law. To win investor trust, the state must move beyond fiscal perks to become an active risk-mitigator, establishing ironclad non-disclosure protections and centralising national access to expensive Electronic Design Automation tools.
India catalysed its own design revolution through this exact strategy, funding nationwide prototyping initiatives for engineering students. Allocating scarce national capital is a massive gamble, but success depends entirely on building this underlying operational framework.
The next frontier for development partners
For decades, multilateral institutions like the World Bank, ADB, and JICA have anchored their portfolios in physical infrastructure: roads, ports, and power grids. While vital, Bangladesh's scheduled LDC graduation demands a rapid shift toward financing intangible technological capability.
Dhaka must push these partners to co-fund what could be termed 'Advanced Tech Capability Grants' to subsidise Multi-Project Wafer tape-outs at overseas foundries. These grants allow local innovators to print physical circuits on real silicon, bridging the gap between simulation and market-ready hardware. JICA has a profound strategic incentive here: facing a projected deficit of over 35,000 semiconductor engineers by 2030, Japan's investment in Bangladesh's tech pipeline is a forward-looking supply chain strategy, not just a development handout.
Talent as diplomatic capital
Bangladesh's engagement with South Korea and Malaysia must evolve beyond generic trade protocols into highly targeted bilateral corridors. South Korea faces a projected shortfall of 56,000 semiconductor engineers by 2031, compounded by a domestic trend of top students abandoning engineering for medical tracks. Bangladesh, which produces over 20,000 computer and electrical engineering graduates annually, possesses a raw talent surplus that could potentially bridge their deficit.
This momentum is already real: following a May 2026 engagement with industry giant SK hynix, South Korean partners were invited to the upcoming BEAR Summit in Dhaka this July. Engagement with Malaysia, meanwhile, should focus on institutional learning, formalising ties between Bangladesh's Collaborative Research in Engineering, Science and Technology (CREST) at BRAC University and Malaysia's CREST, which built the shared infrastructure models that let Southeast Asian ecosystems scale.
The diaspora advantage
The Bangladeshi diaspora, comprising industry veterans at global giants and leading professors at top-ranked universities, has transitioned from passive advisors to active co-builders. They are now embedding themselves into the national ecosystem, rewriting curricula, unlocking corporate networks, and outsourcing remote design verification to local teams. In Arizona, a veteran cluster now runs online VLSI training pipelines for students back home, an architecture that birthed the semiconductor center at BRAC University. This hub plugs students into global foundry workflows, moving beyond theory into industry-grade design.
Scaling this enthusiasm requires solid institutional mechanics. The next step is a venture syndicate allowing overseas engineers to co-invest seed capital into domestic chip startups, incentivised by state-backed matching grants. Simultaneously, the state must eliminate administrative hurdles to allow global experts to take extended sabbaticals in Dhaka. The BSIA's target of training 10,000 specialised professionals including 8,400 chip designers by 2030 cannot be achieved through remote calls alone. It demands veterans on the ground serving as active partners to anchor the ecosystem.
A new investment model
Bangladesh's private sector is historically rooted in asset-heavy industries like apparel and real estate, where land and machinery serve as tangible collateral. In the fabless semiconductor world, however, the primary assets are "invisible": intellectual property (IP), design efficiency, and human expertise. Bridging this psychological gap is a fundamental hurdle.
Moving from theoretical policy papers to an active ecosystem requires synchronising five distinct actors who traditionally operate in silos: a de-risking state, multilateral development partners, strategically aligned foreign partners, local and global entrepreneurs, and a mobilised diaspora. Because each stakeholder holds a piece of the puzzle that the others lack, the immediate challenge is not funding, it is systemic integration.
The solution lies in hybrid joint ventures pairing local capital with diaspora entrepreneurs, who provide engineering management and global client relationships. This approach is now supported by the Secured Transactions (Movable Property) Act 2023, which legally recognises IP, software, and patents as valid bank collateral.
The recent MoU between the BSIA and the Hubei Semiconductor Industry Association, representing over 500 Chinese firms, proves such corridors are achievable. However, Bangladesh's geopolitical neutrality argues for a diversified portfolio spanning Japan, South Korea, Europe, and the US rather than dependence on a single partner. This strategy is anchored by an economic reality: Bangladesh's average monthly labor cost of roughly $101 remains significantly below the $135–518 range in peer countries. Yet, cost only starts the conversation; long-term partnerships require a stable environment and contracts that hold.
The way ahead
The foundational pieces are now visible: a legitimate industry base, a high-velocity university pipeline, a budget prioritising semiconductor, and a mobilised diaspora. When the state anchors this fiscal certainty with enforceable IP laws, the investment economics shift decisively. By redirecting a fraction of their portfolios toward tech capability grants, development partners can help convert Bangladesh's talent surplus into a structured global exchange. If local conglomerates match this momentum alongside diaspora entrepreneurs, Bangladesh will no longer be chasing the semiconductor race, it will be defining its own lane.
Progress is never automatic; it follows the deliberate choices of individuals like Professor Mustafa, who mentors students he has never met, or leaders like BSIA President M A Jabbar, whose conviction to anchor this sector in local manufacturing is turning a national dream into a coordinated mission. Their collective efforts are building a legacy whose payoff they may never personally collect. Bangladesh does not need to become a semiconductor superpower to thrive; it simply needs to be prepared. We must now convert conversations into contracts, contacts into co-founders, and policy papers into operational law. The global semiconductor race rewards those who show up organised, and those who show up at all.
Dr Sabbir Ahmad is an engineering leader with global experience in digital connectivity and energy, now shaping Bangladesh's semiconductor landscape as CEO of Silicon Array Ltd. E-mail: sabbir@ieee.org.
