Tom Lee highlights Intel and Micron as key plays on automation and the labor shortage

Tom Lee is making a straightforward argument: the world is running out of skilled workers, machines will fill the gap, and the chips powering those machines have to come from somewhere. His picks for where investors should look are Intel and Micron Technology.

Lee, the managing partner and head of research at Fundstrat Global Advisors, has framed both semiconductor names as long-term structural plays rather than near-term momentum trades. The thesis rests on three interlocking forces: accelerating automation adoption, AI infrastructure buildout, and a manufacturing labor shortage that is getting worse before it gets better.

The bottleneck thesis

Lee has specifically described Micron as a “bottleneck” stock, a term he coined to capture companies that sit at a critical chokepoint in the AI supply chain but trade at valuations that haven’t caught up with their strategic importance.

As of mid-2026, Micron was trading at roughly 4.8 to 7 times forward earnings, a discount that Lee argues is disconnected from its role in supplying the high-bandwidth memory that large language models and AI accelerators depend on. Recent Micron earnings reflected robust AI-driven demand for its memory products, lending some near-term support to the longer-range thesis.

Micron shares had fallen between 33% and 41% from their June 2026 peaks during a broader semiconductor downturn, which from Lee’s vantage point is precisely the kind of entry window the bottleneck framework is designed to identify.

Intel’s new CEO has emphasized memory architectures as a focal point in Intel’s strategic reset, which aligns with Lee’s view that the two companies are converging on similar demand drivers from different angles.

The labor shortage is not a background detail

The workforce dimension of Lee’s thesis got a significant data point in July 2026, when a joint report from McKinsey, SEMI, and the National Science Foundation projected a U.S. skilled semiconductor workforce shortfall of between 127,000 and 157,000 positions by 2030.

Seventy-four percent of the unfilled roles are concentrated in manufacturing, the exact function that Intel’s Ohio expansion and Micron’s New York fab project depend on most heavily.

Lee’s Fundstrat research models suggest automation could represent roughly 50% of S&P 500 weight as labor shortages persist through approximately 2045 to 2047.

What investors are actually weighing

The risks are less tidy. Semiconductor cycles are notoriously brutal, and the 33% to 41% drawdown in Micron shares is a reminder that even well-positioned companies can spend a long time in the penalty box when the broader sector turns. Intel is simultaneously managing a manufacturing turnaround, a competitive repositioning against TSMC and AMD, and a leadership transition, each of which carries its own execution risk.

The workforce shortfall also creates a paradox worth watching. If Intel and Micron cannot hire enough skilled workers to staff their new fabs, the very expansion plans that underpin the supply thesis get delayed.

For investors tracking the semiconductor sector, the key variables to watch are Micron’s quarterly memory pricing and volume data, Intel’s fab utilization rates as its Ohio buildout progresses, and any policy developments around the CHIPS Act funding that underpins both companies’ domestic expansion timelines.

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