SQC Appoints W.H. Teh as Chief Manufacturing Officer

Insider Brief
- Silicon Quantum Computing (SQC) has appointed W.H. Teh as Chief Manufacturing Officer, effective October 2026, to oversee the scale-up of its atomic-precision semiconductor manufacturing technology.
- Teh brings more than 20 years of manufacturing and technology leadership experience, including senior roles at NVIDIA, Excelitas Technologies, SanDisk and Intel.
- The appointment follows SQC’s recruitment of a new CFO and Chief Legal Officer as the company expands its manufacturing capabilities and advances its roadmap towards universal, fault-tolerant quantum systems.
PRESS RELEASE — Silicon Quantum Computing (SQC), a pioneer in quantum computing and atomic-precision manufacturing, today announced the appointment of W.H. Teh as Chief Manufacturing Officer, effective October 2026. Teh will oversee the scale-up of SQC’s atomic semiconductor manufacturing technology as the company advances its roadmap to universal, fault-tolerant quantum systems.
Teh is a global technology executive with more than two decades of leadership experience across semiconductor, photonics and AI infrastructure. He has led and scaled multi-site manufacturing operations across North America, Europe and Asia, taking products from development through ramp-to-volume production. His expertise spans manufacturing footprint optimization, supply chain integration and automation.
Prior to joining SQC, Teh led U.S. manufacturing at NVIDIA, from silicon to systems assembly. Earlier in his career, he held senior global operations roles at Excelitas Technologies, oversaw manufacturing operations at SanDisk, and spent nearly a decade in semiconductor technology development and manufacturing at Intel.
Teh holds a PhD in semiconductor physics from the University of Cambridge’s Cavendish Laboratory. He also holds a master’s degree in electrical engineering and computer science from the Massachusetts Institute of Technology (MIT), and an MBA from MIT’s Sloan School of Management ,which he attended as a Noyce Fellow in the Leaders for Global Operations program.
SQC Founder and CEO, Michelle Simmons, said: “W.H. brings a unique skillset to the team: a combination of deep semiconductor expertise and a proven track record of building and scaling manufacturing for some of the world’s leading technology companies. His background is directly in line with our growth trajectory, and we are delighted to have him on board.”
SQC Chief Manufacturing Officer, W.H. Teh, added: “SQC has developed an incredible capability in atomic-precision semiconductor manufacturing for end-to-end development of practical quantum systems. I’m here to scale manufacturing and supply chain to meet the demands of SQC’s scientific roadmap, as well as our customers today and into the future.”
As a vertically integrated quantum computing company and Integrated Device Manufacturer (IDM), SQC designs, fabricates and operates its own quantum processors leveraging a proprietary atomic manufacturing technology: placing individual atoms in silicon with 0.13 nanometer accuracy. This capability underpins the delivery of AI and materials simulation chips to customers today, as well as the company’s path to universal quantum computing systems.
Teh’s arrival follows the appointments of Chief Financial Officer John Hollister in September 2026 and Chief Legal Officer Karna Nisewaner in June 2026. Together, these appointments fortify SQC’s executive leadership as the company scales its atomic manufacturing capability, advances its technology roadmap and grows its commercial footprint.

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MENTIONED IN THE ARTICLE
SQC aims to commercialise the research produced from Australia Centre of Excellence for Quantum Computation and Communication Technology. They envision a 10-qubit quantum integrated circuit prototype in silicon by 2023.

NVIDIA Corporation is an American multinational technology company and a global player in accelerated computing and Artificial Intelligence (AI). Founded in 1993, the company pushes the aerospace frontier with the Space-1 Vera Rubin Module, a platform for orbital data centers that delivers massive AI-compute Space Computing. This NVIDIA technology enables satellites and autonomous spacecraft to process and fuse sensor data rapidly Space Computing.









