Which Semiconductor and Chip Design Companies Are Hiring Right Now (Updated Monthly)

This post is a snapshot, updated monthly, of where hardware and chip design hiring is actually active as of August 2026. The semiconductor job market is not one market — it's a dozen overlapping ones, moving at different speeds depending on end market, product cycle, and capex position. Rather than a single "is hiring good or bad" headline, here is a company-by-company and team-by-team read of where the reqs are.

Nvidia — still hiring aggressively across ASIC, PD, and networking

Nvidia remains the standout hirer in the industry. Demand for Blackwell, Rubin, and the accelerator generations beyond them has kept ASIC design, verification, and physical design teams hiring at every level, from new graduate to principal engineer. Networking hardware — NVLink, NVSwitch, and the InfiniBand fabric connecting DGX and HGX clusters — is another consistently open area, along with systems engineering for rack-scale thermal and power design on NVL72-class systems. If you're targeting Nvidia, our NVIDIA ASIC design interview guide covers what the technical loop actually looks like.

AMD — Instinct and data-center silicon leading the hiring

AMD's Instinct MI-series accelerators have found real enterprise traction, and the teams building the next generations are hiring across RTL design, verification, and physical design. AMD's SoC design organization, which spans both Instinct and its EPYC server line, has been one of the more active hiring groups in the industry through 2026, partly because AMD is competing directly with Nvidia for the same AI infrastructure budgets. Client and gaming silicon hiring has been more measured by comparison. See our AMD SoC design interview guide for what to expect in their process.

Apple Silicon — consistent, roadmap-driven hiring

Apple's hardware hiring has stayed remarkably steady through the broader industry's ups and downs, because its multi-year, publicly committed roadmap means the engineering for chips shipping in 2028 is already underway. CPU and GPU microarchitecture, the Neural Engine and ISP teams, and Vision Pro-related hardware groups remain active. Apple's hardware interview process is thorough and design-heavy, reflecting how selective the company remains even while hiring steadily.

Qualcomm and Broadcom — steady but selective

Qualcomm's Snapdragon mobile business remains healthy, and the company continues hiring for RF, mixed-signal, and SoC design roles, along with a growing automotive and IoT silicon push. Broadcom's networking and custom ASIC business — including its AI infrastructure silicon partnerships — has been one of the quieter but more consistent hirers in 2026, particularly for physical design and high-speed SerDes work. Both companies interview differently from the pure AI accelerator shops; our post comparing Qualcomm, Broadcom, and AMD interviews versus Big Tech breaks down what to expect.

TSMC-adjacent design services and foundry ecosystem

Beyond TSMC itself, the ecosystem of design services companies and IP providers that support TSMC customers — doing physical design, DFT, and packaging integration work for fabless companies without in-house teams for every step — has stayed busy. This work scales with design-win volume across the whole industry rather than any single company's product cycle, which has made it a relatively resilient corner of the job market even during broader slowdowns.

AI chip startups — well-funded and still hiring

A cluster of AI silicon startups has continued hiring through 2026 even as some larger incumbents pulled back:

Groq — continuing to build out its LPU-based inference silicon team, with active RTL and verification hiring.
Cerebras — its wafer-scale engine architecture requires a specialized physical design and packaging team that has stayed active.
Tenstorrent — expanding both its RISC-V and AI accelerator hardware teams, with open roles spanning architecture through verification.
d-Matrix — hiring for its in-memory-compute inference accelerators, a smaller but growing team.

These companies are decoupled from the capex cycles that drive freezes at larger, publicly traded semiconductor companies, since their hiring tracks funding rounds and design milestones rather than quarterly earnings pressure.

Where hiring has slowed

Not every corner of the industry looks the same. A few areas where hiring has been noticeably slower through mid-2026:

Legacy PC and client silicon — as PC unit growth has stayed flat, teams focused purely on traditional client CPU design have seen hiring plateau or contract at several companies, most visibly at Intel.
Standalone FPGA — with AMD's ownership of Xilinx and Intel's ownership of Altera, the FPGA market has effectively consolidated into a duopoly, and hiring at both has moderated outside of next-generation fabric and HBM integration work. Our FPGA vs. ASIC interview guide covers how the two paths differ if you're weighing a move.
Cellular base station and legacy wireless infrastructure silicon — as 5G buildout matures, hiring in this segment has slowed relative to its 2020-2022 peak.

How to use this snapshot

Treat this list as a starting point for research, not a substitute for it. Company-level hiring conditions shift month to month, and the fastest way to find a real signal is to check the specific team's open reqs directly and talk to engineers currently on that team. If you want a deeper read on the underlying dynamics — capex cycles, node transitions, and macro demand — see our companion post on what a chip design hiring freeze actually is.

FAQ

Q: Is this list actually updated monthly? This post reflects conditions as of August 2026 and is intended to be revisited and refreshed as hiring conditions shift across the industry.

Q: Which company has the most open reqs for new graduates right now? Nvidia and AMD have generally had the broadest new-grad hiring across ASIC, verification, and physical design roles through 2026, driven by AI accelerator demand.

Q: Are AI chip startups a safer bet than large incumbents right now? They're differently risky, not universally safer — well-funded startups like Groq, Cerebras, Tenstorrent, and d-Matrix have continued hiring, but startup roles carry more company-specific execution risk than a large, diversified semiconductor company.

Q: Where should I look if my specialty is legacy PC silicon or FPGA? Consider adjacent teams within the same company — AI accelerator or data-center groups often value the same RTL, verification, and physical design skills — rather than assuming your whole discipline is contracting.

Whichever company or team you're targeting, the fastest way to convert an open req into an offer is to already be interview-ready when it appears. You can prepare for chip design interviews on MockVise with engineers who have actually worked at Nvidia, AMD, Apple, Qualcomm, and Broadcom, so you walk into the loop knowing exactly what to expect.