Tesla brings Intel’s 18A veteran to lead semiconductor ramp-up for Terafab

Tesla has appointed Gary Jiang, a veteran Intel semiconductor executive with 17 years of experience, to bolster its internal chip manufacturing capabilities. Jiang joins Tesla amid its high-stakes semiconductor initiative, Terafab—a joint project with SpaceX and xAI—to develop and eventually produce AI-focused chips. His appointment underscores Tesla’s strategy to recruit seasoned manufacturing talent as it prepares to operate its own pilot semiconductor line in Texas.

Jiang’s role at Intel centered on scaling cutting-edge fabrication technologies, including the transfer of Intel’s 18A process from development facilities in Oregon to high-volume production in Arizona. His responsibilities spanned the entire lifecycle of new fab deployments, from construction and equipment installation to startup, yield optimization, and high-volume manufacturing ramp. Prior to that, he managed teams overseeing Intel’s 22nm, 14nm, and 10nm-class technologies at facilities in Chandler, Arizona, demonstrating deep expertise in process transitions and operational scaling.

Why Tesla hired an Intel semiconductor veteran

Tesla’s decision to bring on Jiang reflects its broader push to build a semiconductor organization from scratch. The company has been actively recruiting engineers and managers with experience in fab construction, tool installation, and process certification—roles critical to transitioning a shell facility into a production-ready plant. While Tesla’s public job listings indicate a need for technical program managers to oversee semiconductor infrastructure, Jiang’s hire suggests Tesla is prioritizing hands-on execution over formal leadership appointments.

Jiang’s LinkedIn profile highlights his involvement in multi-billion-dollar fab projects, including capital equipment procurement, supply chain coordination, and financial planning for new facilities. His background in transferring advanced process technologies aligns closely with Terafab’s goal of licensing Intel’s 14A process for internal chip development. However, Tesla’s semiconductor ambitions face structural challenges, particularly its reliance on SpaceX for high-volume manufacturing.

Terafab’s multi-company structure and future hurdles

Terafab is a collaborative effort between Tesla, SpaceX, and xAI, but ownership and operational control are divided. Elon Musk has clarified that while Tesla will lead R&D and pilot-line development, SpaceX will ultimately own and operate any high-volume semiconductor fabs. This division introduces coordination complexities, as major decisions require approval from multiple boards and conflict-of-interest reviews, which could slow execution.

Tesla’s near-term focus is on constructing a $3 billion semiconductor R&D center in Texas, designed to house a pilot line capable of processing a few thousand wafers per month. The facility will serve as a proving ground for new manufacturing technologies before scaling to commercial production. If successful, SpaceX would then construct and operate a full-scale fab, though this transition depends on the pilot line’s performance and Intel’s 14A process licensing terms.

Jiang’s responsibilities at Tesla remain unclear, but his expertise in fab ramp-up and process transfer suggests he will play a key role in equipping and optimizing the pilot line. Whether his focus will extend to high-volume manufacturing remains uncertain, as SpaceX retains operational control over large-scale production. Still, his hire signals Tesla’s commitment to building internal semiconductor capabilities, even as it navigates the complexities of multi-company collaboration.

Looking ahead, Tesla’s semiconductor journey will hinge on the pilot line’s success and its ability to integrate Intel’s 14A process efficiently. Jiang’s experience positions him as a critical bridge between development and production, but the project’s scalability will depend on overcoming the logistical and financial challenges of a shared infrastructure model.