Richard Casey
Program Development Group ManagerMarch 9, 2026
Industry news
February 2026 highlighted the continued acceleration of semiconductor investment and ecosystem development across the world. Governments, universities, and technology companies announced new fabrication facilities, advanced packaging plants, research programs, and workforce initiatives designed to support the growing demand for AI, data centre infrastructure, and next-generation chip technologies. From major OSAT facilities in India to research pilot lines in Taiwan and new semiconductor education programs in Ireland, the industry is strengthening its global innovation network while expanding production capacity. This month’s developments demonstrate how semiconductor growth now spans the entire value chain—from research and talent development to manufacturing infrastructure and global supply chain expansion.
Industry Information
Fab Builders Make Big Moves Major engineering and construction firms are positioning themselves to support the growing wave of semiconductor megaprojects worldwide. Companies such as Fluor are strengthening their advanced technologies divisions by appointing experienced industry leaders and expanding their capabilities in cleanroom construction, advanced manufacturing infrastructure, and semiconductor project delivery.Intel’s Kevin O’Buckley joins Qualcomm Kevin O’Buckley, currently senior vice-president and general manager of Intel Foundry Services (IFS), is set to join Qualcomm as executive vice-president of global operations and supply chain on 2 March. At Qualcomm, O’Buckley will oversee global semiconductor operations, including manufacturing engineering, foundry and supplier partnerships, supply chain strategy and procurement. He will report directly to Akash Palkhiwala, the company’s executive vice-president, chief financial officer and chief operating officer.
Bechtel Overhauls Project Delivery Global engineering firm Bechtel is modernising how large-scale semiconductor facilities are designed and delivered. The company is implementing new technologies and project execution strategies aimed at improving construction productivity, reducing timelines, and supporting the growing pipeline of semiconductor fab projects worldwide.
Suffolk Builds on Semiconductor Division with Clem Woods Construction company Suffolk has strengthened its semiconductor division with the appointment of Clem Woods, an industry veteran with decades of experience in large-scale advanced manufacturing facilities. The move reflects the growing demand for specialised construction expertise as semiconductor megaprojects accelerate globally.
USA Projects
Intel’s New Albany Project Timeline UpdateIntel has provided an updated timeline for its major semiconductor manufacturing campus in New Albany, Ohio. The multi-billion-dollar project remains one of the largest semiconductor investments in the United States and will ultimately include multiple advanced fabrication facilities designed to support next-generation chip production and strengthen domestic semiconductor capacity.Lam Research Widens Investment in U.S. Semiconductor Manufacturing Lam Research is expanding its U.S. operations to support advanced memory manufacturing and collaborative research efforts with major chip producers such as Micron. The investment aims to strengthen domestic semiconductor supply chains and accelerate innovation in equipment technologies essential for high-volume chip production.
Echodyne to Open Major New Manufacturing Facility Radar technology company Echodyne is building a new 86,350-square-foot manufacturing facility designed to produce more than 30,000 radar units per year. The modular facility will allow the company to flex production capacity and introduce new product lines efficiently as demand grows in aerospace, defence, and advanced sensing technologies.
SK hynix Pushes on with Plant Construction Construction continues on SK hynix’s $4.09 billion advanced packaging facility in West Lafayette, Indiana. The plant will focus on next-generation High Bandwidth Memory (HBM) technologies used in AI computing systems and is expected to play a critical role in the expanding AI semiconductor supply chain.
Tesla to Build an In-House Terafab Is Tesla actually planning to develop an in-house “Terafab” manufacturing facility? With Teslas drive to to produce next-generation AI hardware and semiconductor technologies for its autonomous driving and robotics platforms. This may not be out of the realm of reality. This announcement reflects a broader trend of technology companies moving deeper into semiconductor development and manufacturing infrastructure to secure supply chains and optimise specialised chip design for AI workloads.
Arizona Chip Boom at Early Stage Arizona continues to emerge as one of the most important semiconductor hubs in the United States, with major investments from suppliers in building a rapidly expanding chip manufacturing ecosystem. Recent developments highlight the early stages of a broader industry cluster forming in the state, combining fabrication plants, supplier networks, and advanced infrastructure to support long-term semiconductor production growth.
European Projects
ESMC Event at Dresden Fab Site Construction progress continues at the ESMC semiconductor fab site in Dresden, Germany. The project has entered the next stage of development, including façade installation and interior fit-out for multiple office and support buildings that will form the operational headquarters and customer engagement centre for the facility.Infineon to Invest €500M in Semiconductor ExpansionInfineon Technologies has announced plans to invest €500 million to expand semiconductor manufacturing capabilities. The investment will support increased production capacity and further development of power semiconductor technologies used in automotive, renewable energy, and industrial applications. The project highlights Europe’s continued focus on strengthening its semiconductor supply chain and expanding advanced manufacturing capabilities within the region.
Amazon to Invest $21B in Spain’s AI InfrastructureAmazon has announced a major $21 billion investment in Spain aimed at expanding AI and cloud infrastructure. The initiative will significantly increase data centre capacity and computing power, supporting Europe’s growing demand for artificial intelligence applications while reinforcing the region’s digital and semiconductor ecosystem.
Israel’s $1.5B Data Center ProjectIsrael is developing its largest data centre project to date, valued at approximately $1.5 billion. The hyperscale facility will support growing demand for cloud computing, AI processing, and high-performance digital infrastructure, strengthening the country’s role as a regional technology hub.
APAC Projects
Prime Minister Launches HCL-Foxconn Semiconductor Fab India has launched a new semiconductor assembly and test facility through a joint venture between HCL Group and Foxconn. The ₹37 billion project in Greater Noida will produce display driver chips and process up to 20,000 wafers per month, supporting India’s broader strategy to build a domestic semiconductor ecosystem and strengthen technological self-reliance.Micron Opens India’s First Semiconductor Assembly and Test Facility Micron has officially opened India’s first semiconductor assembly and test facility, marking a significant milestone for the country’s ambitions to build a domestic semiconductor manufacturing ecosystem. The facility will support memory packaging and testing operations while contributing to workforce development and supply chain diversification in the global semiconductor industry.
TSMC Board Approves $45 Billion Spending Package for New Fabs TSMC’s board has approved a major $45 billion capital spending package to support the construction and expansion of new semiconductor fabrication facilities. The investment reflects strong demand for advanced chips used in AI, high-performance computing, and next-generation electronics while reinforcing TSMC’s position as the world’s leading semiconductor foundry
Sustainability and Innovation
R&D Fabs on the Rise Research and development fabs are gaining momentum globally as countries invest in pilot lines and innovation facilities to accelerate semiconductor breakthroughs. These specialised fabs enable companies and research institutions to test new materials, manufacturing techniques and advanced chip architectures before moving into full-scale production. As demand grows for AI, photonics and quantum technologies, R&D fabs are becoming an essential bridge between academic research and industrial manufacturing.New Funding Targets Breakthroughs in Semiconductor Technology Governments and research agencies continue to expand funding for semiconductor innovation programs aimed at next-generation chip technologies. These initiatives support collaborative projects between universities, start-ups and established semiconductor firms, targeting advances in areas such as advanced materials, photonics, and energy-efficient computing. Strategic funding is increasingly seen as essential to maintain technological leadership and ensure long-term resilience in global semiconductor supply chains.
Taiwan’s First 12-Inch Semiconductor R&D Facility Taiwan has begun construction of a major Advanced Semiconductor R&D Center featuring the country’s first government-supported 12-inch semiconductor pilot line. Located at the ITRI campus in Hsinchu, the facility will enable faster chip development cycles and support emerging technologies such as AI processors, silicon photonics, and quantum devices while strengthening Taiwan’s global semiconductor leadership.
Ireland Launches I-C3 Semiconductor Initiative Ireland has launched the I-C3 semiconductor initiative to strengthen the country’s innovation ecosystem and support collaboration between industry, universities, and start-ups. The programme builds on Ireland’s existing base of more than 130 semiconductor companies and aims to accelerate research, commercialisation, and international growth within the sector.
Maynooth University Announces Ireland’s First Semiconductor Industry Course Ireland is strengthening its semiconductor talent pipeline through a new industry-focused course at Maynooth University. The programme combines classroom learning with a paid industry placement, preparing graduates for careers in chip design, manufacturing, and semiconductor engineering while supporting Ireland’s expanding semiconductor ecosystem.
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