21–27 September 2026 Roundup: Singapore’s Semiconductor Push, Advanced Manufacturing, Aerospace MRO and AI Strategy

Singapore’s latest industry moves show a deliberate push to deepen the activities that are hardest to replicate: semiconductor R&D, advanced manufacturing, engineering, specialised aerospace repair and the systems needed to deploy AI safely at scale. The common thread is not simply attracting more companies. It is getting companies, research institutions and workers to build capabilities in Singapore that sit closer to technology development and production.

Semiconductors are the clearest example this week, with a new national identity and a series of industry-research partnerships. Tacta Systems, Eaton and Safran provide complementary examples of what EDB-backed investment looks like in practice, while Singapore’s latest AI positioning makes the broader strategy explicit: the country does not need to dominate every technology layer if it can become exceptionally good at converting technology into trusted, interoperable real-world applications.

Singapore’s Semiconductor Strategy Is Moving Up the Value Chain

Singapore’s semiconductor ecosystem now contributes close to 6 per cent of GDP and supports nearly 35,000 jobs across engineering, R&D, manufacturing and design. The next phase is less about competing on manufacturing scale and more about solving harder technical problems, moving new technologies into production faster and building the talent required to operate at the frontier.

That strategy combines technology and workforce transformation. GlobalFoundries’ 300 mm fabrication plant, for example, has deployed machine learning for predictive maintenance, quality control and workflow optimisation. SSIA and NTUC LearningHub are developing semiconductor-specific AI courses, while Micron has trained more than 200 engineers in AI and is extending the programme to reskill over 120 technicians for redesigned roles.

Talent development is also starting earlier. The new Semiconductor Future Makers Movement includes a primary-school pilot with LEGO Education, job tasters, industry visits and mentorship for around 4,000 students over three years, and a scholarship collaboration involving NUS, Applied Materials and Micron. For semiconductor investors, Singapore’s proposition is increasingly an integrated one: manufacturing capacity, R&D, automation and a deliberate pipeline of specialised talent.

Source: https://www.mti.gov.sg/newsroom/speech-by-minister-of-state-for-trade-and-industry-foo-cexiang-at-the-singapore-semiconductor-industry-association-semiconductor-dinner-2026/

SG Semiconductor Turns Industry Partnerships Into a National Proposition

The new SG Semiconductor identity is more than a branding exercise. Developed by A*STAR and EDB, it brings Singapore’s research, manufacturing, infrastructure and talent proposition under a coordinated national identity while new industry partnerships show how that proposition works in practice.

Applied Materials and A*STAR are moving their longstanding advanced-packaging joint laboratory into Phase 4, significantly expanding infrastructure, equipment and headcount for technologies supporting AI and advanced computing. A*STAR and KLA are establishing a process-control collaboration to improve manufacturing reliability and yield, while A*STAR and STATS ChipPAC are working on co-packaged optics with a pathway towards high-volume manufacturing.

In silicon photonics, A*STAR and GlobalFoundries are deepening R&D on next-generation technologies using 300 mm wafers for applications including high-performance computing and data communications. The important financing implication is the model itself: public research capability, industry equipment and manufacturing platforms are being combined to develop, validate and scale technologies. For semiconductor companies, Singapore’s support proposition can therefore extend well beyond a conventional grant into joint laboratories, translational R&D and ecosystem partnerships that shorten the route from research to production.

Source: https://www.edb.gov.sg/en/news-and-insights/singapore-announces-sg-semiconductor-to-strengthen-its-role-in-the-global-semiconductor-ecosystem

Tacta Systems Shows How EDB Supports Frontier Manufacturing as It Scales

Tacta Systems has opened a Singapore office and production facility in Woodlands as it prepares to deploy its robotics technology to customers in electronics, AI infrastructure and automotive manufacturing from early 2027. The initial focus is production of the Tacta Glove, which captures force, motion and temperature data from skilled workers to teach Tacta’s robotic hands new tasks.

Singapore is Tacta’s first manufacturing and engineering base outside the United States. The company is also working with A*STAR’s Institute of Microelectronics to scale production of the tactile sensors at the core of its technology, while EDB supports the expansion and EDBI, now part of SG Growth Capital, is a strategic investor.

This is a useful example of what EDB support can look like for a frontier technology company. Singapore is not merely hosting a regional commercial office. It is anchoring manufacturing, engineering, test engineering, sensor scale-up and customer deployment capability. For companies seeking Singapore support, that distinction matters: projects become more strategically relevant when they create substantive technical functions and a platform for global expansion.

Source: https://www.edb.gov.sg/en/news-and-insights/tacta-systems-expands-global-manufacturing-footprint-with-new-singapore-facility

Eaton’s EDB-Supported Expansion Targets Engineering and MRO Innovation

Eaton is expanding aerospace engineering and innovation capabilities in Singapore with EDB support. The supported activities are specific: aerospace product innovation, retrofit, modification and upgrade programmes, engineering solutions and MRO process innovation. These are high-value technical functions that strengthen Singapore’s role beyond routine maintenance work.

The announcement comes alongside a separate aftermarket milestone. Eaton Aero Services, Eaton’s joint venture with SIA Engineering Company, has obtained US Federal Aviation Administration Part 145 Repair Station certification. Together with existing Singapore and Malaysian approvals, this expands the range of certified regional MRO services it can provide.

For businesses assessing EDB support, Eaton is a useful reference point because it shows the types of capability-building activities Singapore is prepared to anchor: product and engineering innovation, upgrading existing aircraft systems and developing better MRO processes. These activities create specialist engineering roles and intellectual capability while helping the company serve Asia-Pacific customers from Singapore.

Source: https://www.edb.gov.sg/en/news-and-insights/eaton-announces-the-expansion-of-aerospace-aftermarket-capabilities-across-asia-pacific

Safran’s US$22 Million Expansion Adds Advanced Landing-Gear Repair Capability

Safran Landing Systems has inaugurated a US$22 million, EDB-supported expansion of its Singapore MRO centre. The new 7,500-square-metre extension adds a state-of-the-art assembly line for landing-gear overhauls and expands a site that already provides end-to-end capabilities including disassembly, inspection, machining, surface treatment, assembly and final certification.

The investment is expected to create nearly 100 jobs by 2030 and enable advanced repair technologies that broaden the range of work performed in Singapore. The facility supports aircraft including the Airbus A320 family, A330, A350 and A380, Boeing 737 and 787, and ATR regional aircraft.

Safran is another useful example of what EDB support targets in aerospace. The objective is not simply additional MRO volume. The investment adds specialised industrial processes, advanced repair technology, technical jobs and regional capacity. The new building also includes 2,800 square metres of solar panels expected to generate renewable electricity equivalent to around 60 per cent of the site’s consumption, combining capability expansion with more efficient operations.

Source: https://www.edb.gov.sg/en/news-and-insights/safran-inaugurates-new-industrial-capabilities-at-its-singapore-mro-site

Singapore’s AI Strategy Focuses on Conversion, Trust and Interoperability

Singapore is increasingly explicit that it does not intend to win the AI race by having the most compute, building every frontier model or manufacturing every advanced chip. Its opportunity is to become exceptionally good at putting AI to work. Senior Minister of State Tan Kiat How framed this around three capabilities: conversion, trust and interoperability.

Conversion means turning AI into redesigned workflows and real economic outcomes rather than simply giving employees AI assistants. Trust means building evaluation, assurance and governance capability as AI systems become more autonomous and consequential. Singapore is already building AI testing and assurance capability through initiatives such as AI Verify. Interoperability is about enabling different technological, commercial and regulatory ecosystems to work together.

One concrete example is a Know-Your-Agent interoperability framework involving Ant International, Mastercard and Visa in a Monetary Authority of Singapore sandbox. As AI agents begin to transact and make decisions, questions of identity, authority, traceability and responsibility become commercial infrastructure. For technology companies, this suggests an emerging Singapore opportunity around AI deployment, evaluation, assurance and trusted cross-border systems, not only model development.

Source: https://www.mddi.gov.sg/newsroom/sms-tan-kiat-how-opening-remarks-at-the-futurechina-global-forum/

Closing Perspective

This week’s developments show Singapore concentrating support on capabilities that are difficult to commoditise. In semiconductors, public research institutes and global companies are jointly developing technologies intended to reach manufacturing scale. In robotics, Tacta is placing manufacturing and engineering functions here. In aerospace, Eaton and Safran are adding engineering, process innovation and advanced repair capability rather than simply expanding basic service capacity.

The same logic appears in AI. Singapore is not defining competitiveness solely by ownership of the biggest models or compute clusters. It is investing in the surrounding capability system: adoption, assurance, interoperability, engineering and workforce transformation.

For businesses considering Singapore incentives, this is an important signal. Strong projects increasingly combine company growth with a capability Singapore wants to deepen. That could be advanced R&D, a new manufacturing process, regional engineering, specialised MRO, AI deployment or workforce development. Government support is most compelling when the commercial investment and Singapore’s strategic priorities reinforce each other.

Businesses considering R&D, advanced manufacturing, engineering, aerospace, AI or regional capability investments can approach Real Inbound Consulting to assess the grants, tax incentives and government support that may be relevant.