The chipmaker is bringing in Alex Katouzian to run client computing and physical AI, while Pushkar Ranade moves from interim to full-time CTO.
On May 4, Intel said it had hired former Qualcomm executive Alex Katouzian to lead a new Client Computing and Physical AI group and named Pushkar Ranade as chief technology officer on a permanent basis.
The Santa Clara-based company is trying to tie its core personal computer business more tightly to robots, autonomous machines and other AI-powered devices. These are the areas that need fresh thinking after years of stumbles.
Katouzian, who ran mobile, compute and extended reality at Qualcomm, will join this month and report to CEO Lip-Bu Tan. Ranade, who was interim CTO, will now own Intel’s technology strategy across quantum computing, neuromorphic chips and new materials.
AI-loaded laptops, factory robots and smart glasses are starting to pull real demand. By reaching into a rival that cracked mobile and edge computing so well, Tan is telling the market that Intel will chase these new frontiers instead of just milking its old ones.
The choice of an outsider for a role that usually goes to a company veteran also hints at a change in internal culture. Making Ranade’s CTO seat permanent gives the company a steady pair of hands on long-range bets like quantum computing at a time when the whole technology map is being redrawn.
Intel has spent a difficult decade losing its manufacturing edge and missing the smartphone wave. Competitors like Nvidia now dominate the data-center AI business, and AMD has taken slices of the PC and server market.
“AI is creating unprecedented opportunities at the edge, driving a sea change in client computing and physical AI systems,” said Lip-Bu Tan, Intel CEO.
Tan, who took the top job earlier, is pushing to get the engineering house in order and move faster. The physical AI push to get warehouse robots and self-driving machines is a direct attempt to find ground where Intel can set the rules before others do.
Katouzian’s Qualcomm playbook, built on licensing and tightly integrated low-power designs, will likely be tested here.
How fast those plans turn into chips that customers actually buy is what we will be watching.
