Qualcomm designs Snapdragon mobile and compute SoCs, 5G modems, connectivity chips and automotive platforms. Its India sites in Bengaluru, Hyderabad, Chennai and Noida cover the full flow from architecture to physical design and post-silicon.
The order and number of rounds vary. Campus drives are usually shorter, while experienced-hire loops add rounds with more senior engineers.
Campus hiring commonly uses an online test covering digital electronics, aptitude and some C. Experienced hires begin with a recruiter or hiring-manager screen.
Digital design, timing, and a Verilog/SV exercise, often written on a shared editor or whiteboard.
Deep questions in your area: low-power design, SoC integration, bus protocols, UVM, or STA/PD depending on the role.
Real debug or design trade-off discussions, sometimes with a senior engineer from a neighbouring team.
Compensation, joining and any remaining questions.
Every company asks about fundamentals. These are the areas candidates report Qualcomm pushing on hardest, given what the company builds.
Mobile SoCs live on the power budget: clock and power gating, DVFS, retention, and UPF concepts.
AXI/AHB/APB handshakes, outstanding transactions and ordering. These come up in RTL and DV loops.
Multi-corner multi-mode, OCV, clock-domain constraints, and ECO strategy.
UVM architecture, RAL, coverage closure and assertions for DV roles.
Multi-clock designs are everywhere in SoCs. Synchronizers, async FIFOs and reset synchronization.
You'll often be asked to explain a trade-off clearly to a non-specialist. Practise saying it out loud.
Written by us to match the topics above, not copied from a real interview. Try answering out loud first, then open each one to see what the interviewer is really checking.
What they're probing: The VALID/READY handshake, independent channels, and backpressure.
What they're probing: Level shifters, timing at multiple voltage points, and verifying the transitions.
What they're probing: Only one bit changes per increment, so a synchronized pointer is never wildly wrong.
What they're probing: Keeping state while a domain is power-gated, and the cost in area and leakage.
What they're probing: Corner-aware fixing, delay insertion on the right path, and checking the other corners.
What they're probing: UVM RAL, built-in register sequences, and generating models from a spec (IP-XACT, etc.).
What they're probing: Asynchronous assertion with synchronous de-assertion per domain, and reset sequencing.
Where to apply: the official Qualcomm careers site. Search for "ASIC", "design verification", "physical design" or "silicon" roles. For the wider market, see our company directory and fresher job guide. For typical pay, see the salary guides.
Real, recent interview experiences are the most useful prep there is. Send us your rounds and the questions you remember. With your permission we'll add them to this page anonymously, after checking them.