SEMICONDUCTORS have become the strategic backbone of the global economy, shaping competitiveness across technology, automotive, and industrial sectors. As supply chains continue to be reshaped by geopolitical tensions and China+1 diversification, Malaysia has emerged as a key beneficiary, leveraging its long-standing role as a global hub for semiconductor assembly, testing and packaging. 

Malaysia’s rising economic influence is also reflected in investor sentiment. For the first time in 12 years, Malaysia has re-entered Kearney’s Foreign Direct Investment Confidence Index (FDICI), which ranks markets most likely to attract FDI over the next three years. Malaysia ranks 21st out of 25 ranked markets in the 2026 index, while rising to 7th place in the Emerging Markets Index within the same study. 

This performance is further underpinned by Malaysia’s diversified economy, spanning a robust electrical and electronics (E&E) sector, AI-driven data centre investments, and traditional commodities like petroleum and palm oil, which continue to drive resilience. These sectors collectively power Malaysia’s growth, and future-proofing this momentum will be critical for the decade ahead.

As businesses diversify their production footprint, however, Malaysia’s established strengths in semiconductor assembly and testing alone may no longer be sufficient to sustain its competitive edge. Policymakers have acknowledged as much, emphasising the importance of building front-end capabilities and delivering tangible outcomes.

This moment of heightened visibility marks both an opportunity and a test, hinging on Malaysia’s ability to convert renewed investor confidence into sustained movement up the value chain.

Since the launch of the National Semiconductor Strategy (NSS), Malaysia has made good progress in moving up the semiconductor value chain. Semiconductors are now formally designated as a national strategic industry, with policy scope expanded beyond assembly and testing, and new programs introduced to target design enablement, power electronics, AI-related semiconductors, and advanced packaging

However, turning this strategic shift into sustained value creation depends on execution depth, the speed of capability build-up, and the ability to mobilise talent at scale. 

Malaysia’s front-end semiconductor design houses largely operate as service providers rather than product owners, designing chips for external clients without control over end products. Additionally, a dependence on outsourced contracts limits learning depth, commercial upside, and long-term capability building, creating a clear ceiling on value creation in the absence of local product platforms to anchor scale and iteration.

Moving up the value chain requires Malaysia to shift away from fragmented design services towards integrated, outcome-driven ecosystems. This means promoting home-grown champions that design, manufacture and deploy chips into their own products, supported by partnerships and consortia that bring together design houses, global technology firms, manufacturers and end-product owners around clearly defined commercial outcomes. Done well, this would enable Malaysia to develop durable semiconductor capabilities rather than remaining a peripheral contributor in global value chains.

Unlocking higher manufacturing value add (MVA) demands a semiconductor ecosystem, akin to a “Brainport” model, which co-locates companies, research institutions, and universities to accelerate innovation and scale. But an ecosystem alone isn’t enough. It should also be driven by private investment and government support, underpinned by clear long-term incentive frameworks and shared infrastructure. Facilities such as pilot lines, advanced packaging facilities, reliability testing, and prototyping capabilities would help crowd in front-end investment and lower the barriers to capital-intensive activities. 

Malaysia can draw on best practices from Brainport Eindhoven, a high-tech industrial region in the Netherlands where companies, universities, and government collaborate to design, develop, and manufacture advanced technologies. A Malaysian Brainport ecosystem could similarly spur investment into front-end and design segments, attract global talent and deepen domestic engineering capabilities that today are fragmented across firms and locations. 

This would accelerate the shift from assembly and testing toward higher-value chip design and advanced packaging, while providing a structured platform for universities, SMEs and MNCs to engage in joint R&D road maps and to accelerate commercialisation.

The most impactful shift is to lead with real customers and confirmed demand, by structuring a continuous pipeline from prototype development to paid pilots and ultimately scale orders, led by ministries, GLCs and anchor multinational companies. 

Japan offers a benchmark for this approach, having anchored its ecosystem around committed customers. In the Kumamoto cluster, TSMC invested in new fabrication facilities, where it was a partnership, not just a customer/supplier relationship. Funding, infrastructure, talent pipelines, and supplier development are structured around production needs. This demand-led approach ensured that R&D, capability building, and supplier upgrading were immediately tied to real orders, scale, and long-term visibility, rather than speculative projects. Similarly, Malaysia should adopt milestone-based funding tied to customer validation to ensure innovation efforts are commercially grounded, shorten time to revenue, and prevent fragmented projects that lack market pull.

Despite ongoing talent initiatives, significant talent gaps persist, particularly in front-end semiconductor disciplines, underscoring the need for Malaysia to scale talent development faster. To close this gap, both the government and the private sector must strengthen industry-linked training, while improving career progression and remuneration structures to attract and retain talent in high-value segments. 

Malaysia’s semiconductor Brainport could serve as a catalyst by integrating universities, R&D facilities and companies into a single ecosystem that produces semiconductor industry-ready engineers, rather than just STEM graduates. By offering structured internships, apprenticeships and co-development programs, companies can engage students earlier and provide hands-on exposure across front-end and back-end semiconductor activities, accelerating skills development and workforce readiness.

As Malaysia looks to its next phase of semiconductor value creation, execution will matter more than ambition alone. The urgency of this transition is underscored by the country’s role as host of the SEMICON Southeast Asia 2026 being held in Kuala Lumpur from May 5-7, a gathering of global industry leaders that reflects both Malaysia’s relevance and the expectations now placed upon it.

Kearney’s experience over the past century, working with companies and governments globally across industries, has consistently shown that strategies only translate into real impact when matched with disciplined execution and sustained capability building. For Malaysia, this means that beyond identifying the right direction, success will depend on executing with speed, discipline, and coordination to turn strategy into lasting value.

Keat Yap is the country head of Malaysia at Kearney.