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Bangladesh has witnessed a remarkable rise in young people’s interest in engineering education over the past few decades. In response, universities have rapidly expanded their engineering programmes, producing more graduates than ever. Yet many struggle to find meaningful employment. Historically, industrial transformation has driven the expansion of engineering education by creating demand for skilled professionals. In Bangladesh, however, the sequence has largely been reversed. The country is producing engineers faster than its industries and businesses are creating opportunities for them, exposing one of its most pressing development paradoxes.
The twenty-first century demands a fundamentally different economy. Around the world, artificial intelligence (AI), automation, robotics, advanced manufacturing, and data-driven technologies are transforming industries and redefining the skills employers seek. Routine technical tasks are increasingly automated, while demand is growing for engineers who can solve complex problems, think critically, collaborate across disciplines, and adapt continuously to technological change. As traditional occupations evolve and new industries emerge, engineering graduates need far more than technical knowledge; they need the competencies to innovate and thrive in an AI-driven economy.
Bangladesh aspires to become an upper-middle-income country. Achieving this ambition will require sustained productivity growth, industrial upgrading, technological innovation, and a highly skilled workforce. Engineering will therefore be central to the country's economic transformation. Yet Bangladesh faces a dual challenge. Its economy has not diversified sufficiently into high-value, technology-intensive industries capable of absorbing a growing number of engineering graduates, while many engineering programmes have yet to equip students with the competencies demanded by the Fourth Industrial Revolution (4IR). Expanding engineering education without parallel progress in industrial development and educational reform will only widen the gap between graduate aspirations and labour-market opportunities.
Countries across Asia have pursued different paths to industrialisation, shaped by their histories, economic structures, and national priorities. South Korea built a research-driven manufacturing economy through sustained investment in engineering education and innovation. Singapore emphasised technology and strong university-industry collaboration. China combined rapid industrial expansion with technological upgrading, while India emerged as a global software and IT hub. Despite their differences, these experiences demonstrate that industrial transformation requires parallel investment in education, skills, technology, and research. Bangladesh should learn from them while developing a strategy suited to its own realities.
Bangladesh's challenge is fundamentally structural. Much of its workforce remains concentrated in informal and low-productivity sectors, while many industries continue to rely on low-cost labour, imported technologies, limited automation and weak research capability. Under these conditions, producing more engineering graduates alone cannot guarantee employment or economic transformation. Engineers need an ecosystem in which they can contribute to industrial modernisation, entrepreneurship, research, infrastructure, and technological innovation.
Bangladesh therefore needs a gradual, context-sensitive strategy rather than attempting to replicate more advanced economies. Abruptly replacing millions of low-skilled workers with AI or robotics would be economically disruptive and socially undesirable. Instead, the country should promote collaborative automation, in which technology enhances rather than simply replaces human capabilities. This approach could create opportunities for engineers in automation, AI-assisted production, industrial maintenance, and workforce development.
The government can support this transition by encouraging industries to adopt collaborative robots (cobots) and prepare workforce-transition plans when introducing automation. Industrial upgrading will require engineers, technicians, software developers, and system integrators, while existing workers should receive continuous workplace-based training in digital and AI-assisted operations. This would help workers move gradually into more productive technical roles while creating new opportunities for engineering graduates.
Technological transformation must also extend beyond manufacturing to agriculture and the informal service economy. AI-enabled mobile platforms with Bangla-language interfaces could help farmers access precision irrigation, drone-assisted services, weather information, and market intelligence. Developing and maintaining such systems would create opportunities for engineers and technicians in agricultural technology, software, telecommunications, the Internet of Things (IoT), renewable energy, and rural infrastructure.
Engineering education must evolve alongside industrial transformation. Universities should strengthen Outcome-Based Education (OBE), with greater emphasis on problem-solving, design thinking, project-based learning, interdisciplinary collaboration, communication, entrepreneurship, ethics, and lifelong learning. AI literacy and data science should become integral to engineering curricula. Stronger university-industry partnerships should also expand internships, applied research, innovation centres, and faculty collaboration. Engineering education should prepare graduates not only for employment but also for innovation, entrepreneurship, and leadership.
Financing this transformation is another challenge. One opportunity lies in the global AI value chain, where demand for localised data is growing. Bangladesh could develop transparent digital platforms for data annotation and other AI-related microtasks, creating employment for digitally skilled youth while expanding opportunities for engineers, software developers, and AI specialists. Although such services are unlikely to become a long-term growth engine, they could provide an entry point into AI-enabled industries. Part of the resulting revenue could be reinvested in broadband infrastructure, engineering education, research, startups, and technology adoption by small and medium-sized enterprises (SMEs).
Bangladesh must chart its own path to the Fourth Industrial Revolution — one that balances technological progress with social stability, economic inclusion, job creation, and human development. The country's future will depend not on how many engineers it graduates, but on how effectively it enables them to innovate, build globally competitive industries, and solve national development challenges. Engineering education and industrial policy must therefore advance together if Bangladesh is to transform its growing engineering talent into a driver of sustainable and inclusive development.
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The writer is Distinguished Professor, Eastern University, and Former Vice Chancellor, East West University, Bangladesh