Bridging the Talent Gap in VLSI Design: Education & Industry Collaboration in Bangladesh

Bangladesh’s VLSI (Very Large Scale Integration) sector is emerging but a serious talent gap exists. Experts estimate the country needs about 500 trained VLSI designers per year to keep pace, yet only around 1,000 practicing chip design engineers are working today, most with limited experience. Many graduates lack hands on skills in tools like Cadence or Synopsys, while theory still dominates university curricula.

This gap obstructs growth. Bangladesh’s chip design services generate only an estimated $5 million annually, compared to India’s $60 billion in design revenues. The low capacity and experience discourage foreign clients and prevent local firms from scaling up or innovating independently. Without skilled engineers, Bangladesh risks remaining a peripheral player.

To build a sustainable semiconductor ecosystem, specialized training is essential. VLSI design requires not only theoretical knowledge but also proficiencies in RTL coding, verification methods, physical design, and DFT (Design for Testability). Industry insiders stress that universities must offer structured training and access to EDA tools, IC prototyping, and mentorship by seasoned professionals.

Some strides have already begun:

• United International University (UIU) launched a private sector sponsored VLSI Training program. Graduates are trained in real tool environments with fees refunded if they join sponsoring companies. UIU estimates the country needs 500 trained designers annually.
• Some IC design companies are conducting various workshops and seminars at universities such as East West University and AIUB, bringing working engineers directly into classrooms to bridge the gap between academia and practical experience.
• AIUB’s CVES center has organized webinars and hands on sessions involving diaspora engineers and international professionals to explain chip design careers.

These initiatives help students understand the design workflow from RTL design through layout and build confidence for real jobs.

Several countries offer strong models:

• In India, firms like Cadence and Lam Research collaborate with institutions such as IITs and IISc. They offer tool licenses, customized curriculum, virtual nanofabrication labs, and goal to train tens of thousands by 2027. Cadence’s “Chips to Startup” program and Lam’s Semiverse with SEMulator3D are major enablers.
• In Vietnam, Synopsys collaborates with universities and industry to provide access to advanced EDA tools and training programs, helping build a skilled workforce and supporting the country’s growing chip design ecosystem.
• The NSF in the U.S. proposes a national chip design center linking universities and industry, providing open source EDA tools, fabrication access, and a workforce pipeline across all academic levels.
• Canada’s CMC Microsystems supports academy industry designs via multi project wafer (MPW) services, translating student research into working prototypes and training thousands per year.

These programs succeed through public private partnerships, shared infrastructure, and sustained mentorship from industry leaders.

• Public universities and private institutions are gradually introducing EDA labs. UIU and AIUB lead, backed by sponsors of Chip Design Industries.
• The government’s Skills for Employment Investment Program (SEIP) and broader skills initiatives support competency based technical training though not yet focused on VLSI.
• Organizations like BSIA (Bangladesh Semiconductor Industries Association) have proposed roadmaps to train thousands of designers, testers, and package engineers by 2030, and request export rebates and funding for industry growth.
• The Nanofabrication Lab is being established at BUET’s Department of Electrical and Electronic Engineering to become a key hub for research and development of electronic and photonic nanodevices.