Tesla’s Terafab Push Gains Momentum as Former Intel Veteran Gary Jiang Joins the Project
Tesla’s ambitious Terafab project appears to be taking a major step forward, with the company bringing in longtime Intel semiconductor expert Gary Jiang to help lead the effort. The move signals that Elon Musk’s plan to build a large-scale domestic chip manufacturing operation is becoming more concrete, especially as demand for AI, robotics, and advanced computing hardware continues to surge.
According to Jiang’s professional profile, he has taken on the role of Director, Tera Fab at Tesla, based in Austin, Texas. His start date is listed as June 2026, making him one of the first major known hires connected to the Terafab initiative.
The Terafab project is expected to play a key role in supporting Musk’s broader technology ecosystem, including artificial intelligence, robotics, space-related computing, and next-generation chip development. As Tesla expands its work in autonomous systems, humanoid robots, data centers, and AI infrastructure, securing a reliable supply of advanced semiconductors has become increasingly important.
Gary Jiang brings nearly 18 years of experience from Intel, where he held several major manufacturing leadership roles. Most recently, he worked as a factory manager at Intel’s Arizona operations, where he helped prepare facilities for advanced chip production. His background also includes overseeing high-volume manufacturing for Intel’s 22-nanometer and 14-nanometer process technologies.
That experience could be especially valuable for Tesla’s Terafab plans. Building a semiconductor fabrication facility is one of the most complex and expensive industrial projects in the world. It requires deep expertise in cleanroom operations, equipment installation, yield improvement, process control, supply chain coordination, and large-scale factory management. Jiang’s history in chip fabrication gives Tesla a leader who understands how to move from planning to production.
Intel is also expected to be an important partner in the Terafab project, with its 14A chip manufacturing technology reportedly tied to the effort. Jiang’s long tenure at Intel could help create smoother communication between Tesla, SpaceX, and Intel as the companies work through the technical and operational challenges of building an advanced semiconductor manufacturing operation.
The scale of the project is enormous. Public hearing documents connected to Grimes County describe a proposed multi-phase, vertically integrated semiconductor manufacturing and advanced computing fabrication facility. The filing characterizes the development as a major investment in domestic semiconductor manufacturing capacity.
The documents estimate that the initial phases of the facility could require around $55 billion in capital investment. If later phases are completed, the total investment could rise as high as $119 billion. Elon Musk has also previously suggested that the project could involve a massive financial commitment, reflecting the extraordinary cost of building advanced chip production capacity in the United States.
The Terafab project is expected to involve operations in Texas and California, with Austin likely serving as a key hub due to Tesla’s existing presence in the region. Texas has become increasingly important to Musk’s companies, with Tesla, SpaceX, and related AI infrastructure projects expanding across the state.
The timing of the project also reflects a larger industry shift. Artificial intelligence has created unprecedented demand for high-performance chips, advanced packaging, and powerful computing systems. Automakers, cloud providers, robotics companies, and defense-related firms are all competing for semiconductor capacity. For Tesla, building closer control over chip production could reduce long-term dependence on outside suppliers while helping the company tailor processors for its own AI and robotics platforms.
Intel leadership has also expressed interest in working with Musk on semiconductor manufacturing. Intel CEO Lip-Bu Tan recently noted that chip fabrication capacity has not kept pace with the rapid demand created by artificial intelligence. He suggested that collaboration with Musk could be a learning opportunity for both sides as the industry adapts to the next wave of computing demand.
For Tesla, hiring Gary Jiang is more than a routine executive appointment. It is a sign that the company is assembling the expertise needed to turn the Terafab concept into a real manufacturing operation. His experience in advanced process technology, factory preparation, and high-volume semiconductor production could prove critical as Tesla attempts to enter one of the most technically demanding areas of modern industry.
If successful, the Terafab project could become a major piece of America’s advanced chip manufacturing landscape. It could also give Tesla and Musk’s other companies a stronger foundation for future AI systems, self-driving technology, robotics, space computing, and large-scale data processing.
While many details remain unclear, Jiang’s arrival suggests that Tesla is moving from vision to execution. The Terafab project is still in its early stages, but with experienced semiconductor leadership now joining the effort, it may become one of the most closely watched chip manufacturing initiatives in the United States.
