To fully control the computational lifeline of future artificial intelligence, robotics, and space technology, Elon Musk has officially extended his reach into semiconductor wafer manufacturing.market newsElon Musk himself confirmed that aThe super fab project, tentatively named "Terafab"It is quietly taking shape in Austin, Texas. This wafer fab, which will be jointly developed by Tesla, SpaceX and xAI, has already opened its first batch of "end-to-end" executive positions, announcing that Elon Musk's ambition to "build and manufacture" chips has officially entered the substantive preparation stage.
Terafab, gathering resources from three major empires, sets up shop in Austin, Texas.
According to Elon Musk, Terafab's core goal is to produce custom-designed chips for future robots (such as the humanoid robots Tesla is developing), advanced artificial intelligence models (xAI), and space data centers (SpaceX/Starlink).
The facility will be located in Austin, Texas, and will be jointly operated and managed by Tesla and SpaceX. However, considering the extremely high barriers to entry in semiconductor manufacturing, Elon Musk also admitted that they will not blindly expand in the early stages. The team will first build a smaller "advanced technology wafer fab," equipped with the core equipment needed to manufacture and test various types of chips, as a base for prototype development and technology verification. Once the technology matures, it will be gradually expanded into a large-scale mass production factory.
First batch of recruitment revealed: Seeking a technical project manager to lead a multi-billion dollar factory construction project.
According to Tesla's latest recruitment information, the Terafab project is still in the very early "preparation and strategic setting" stage.
Analyst Sawyer Merritt revealed on X that Tesla is looking for a key "Technical Project Manager" (TPM). Unlike a typical technical project manager who is responsible for a single project with a defined scope, this position requires overseeing the "complete lifecycle" of the entire semiconductor infrastructure—from initial factory concept design, cost verification, and cross-departmental coordination, all the way to capacity ramp-up and final mass production preparation.
The application requirements are extremely stringent: candidates must have more than 10 years of project management experience (at least 5 of which must be in the semiconductor or high-tech manufacturing field), and must have practical experience in leading projects with capital expenditures of more than $1 million. This shows that Elon Musk is actively building the core think tank for building factories, preparing to lay the foundation for the next billions or even tens of billions of dollars of hardware investment.
NEWS: Tesla has started hiring for its Terafab (chip manufacturing) project in Austin, Texas!
Job listing: “You'll own end-to-end program scoping—including factory design/construction from concept through execution, ramp-up, and production readiness. The ideal candidate brings a… https://t.co/K849XgLCk1 pic.twitter.com/cESFlkplVz
- Sawyer Merritt (@SawyerMerritt) March 19, 2026
Analysis of viewpoints
Elon Musk's decision to build his own wafer fab (Terafab) is undoubtedly the most audacious strategic gamble in Silicon Valley in recent years, but also the one most in line with his personal style.
From electric vehicles to Starlink, the core secret to Elon Musk's successful business empire has always been "extreme vertical integration"—he dislikes entrusting his lifeline to others. With the surge in computing power demand from its xAI division and Tesla's active transformation into an AI and robotics company, continuing to heavily rely on external foundries like TSMC or Samsung not only risks capacity constraints but also makes it impossible to meet Musk's demands in terms of cost and extreme customization.
Semiconductor manufacturing and automobile assembly are on completely different levels of difficulty. Wafer fabs rely heavily on a vast supply chain ecosystem (such as ASML's lithography machines and various specialty chemicals) and extensive experience in process yield manufacturing. This is something that cannot be achieved by simply throwing money at it in the short term.
However, given Elon Musk's history of "over-promising and delaying progress," will Terafab become a new force breaking the wafer foundry monopoly, or will it become the most expensive money pit in Elon Musk's history? This initial testing facility in Austin will provide the first answer in the next few years.
