Elon Musk Recruits World-Class Chip Engineers for SpaceX or Tesla
Elon Musk posted on the platform, calling for world-class chip design or production engineers to consider joining SpaceX or Tesla, emphasizing the appeal of rapidly iterating designs and custom manufacturing machines.
The post referenced discussions about Terafab, aiming to complete about 10 chip designs per year, while the industry typically completes one significant chip from design to mass production every two years.
Musk has previously stated his deep involvement in chip design and is pushing for collaboration between Tesla and SpaceX to build large-scale chip manufacturing facilities to support AI, robotics, and space-related computing needs.
SpaceX and Tesla are attracting semiconductor talent through their official websites and direct recruitment, covering areas such as design, lithography, process integration, and packaging, with some positions requiring over 10 years of advanced process experience.
The recruitment is related to the Terafab plan, aiming to shorten the design-manufacturing cycle and achieve more frequent chip iterations, rather than relying on the traditional pace of external foundries.
Chip talent is shifting from traditional foundries and design companies to Tesla and SpaceX, with funding and capacity concentrating on vertically integrated in-house manufacturing, benefiting companies that require rapid iteration, while traditional long-cycle models are under pressure.
Source: Public Information
ABAB AI Insight
Elon Musk has long promoted in-house AI chip development at Tesla (such as the AI4 and AI5 paths) and has publicly announced his deep involvement in design meetings, while also pushing for the Terafab large-scale wafer fabrication plant plan, collaborating with Intel to design and build facilities aimed at providing computing power for AI, Optimus, and space data centers.
The capital path focuses on vertical integration: by developing internal design and manufacturing capabilities, the cycle from design to mass production is shortened, redirecting funds and talent that originally relied on external foundries to SpaceX and Tesla's own facilities, supporting more frequent chip iterations each year.
This is similar to the historical vertical integration seen in the process competition of Intel or TSMC, currently transitioning from purchasing AI chips to expanding Terafab, akin to Tesla's early path of building its own battery factories.
Essentially, this represents a restructuring of the industry chain and technological substitution: chip design and production are shifting from long-cycle external foundries to rapid internal iteration and custom manufacturing machines, where the mechanism is that the speed of iteration determines the rate of technological advancement, giving vertically integrated companies pricing and supply advantages in AI and robotics computing power.
ABAB News · Cognitive Laws
The number of iterations determines technological speed, not a single perfection
Vertical integration shortens cycles, outsourcing extends dependency
World-class talent flows to the places with the fastest iteration