Ho presentato la mia candidatura online. La procedura ha richiesto 4 settimane. Ho sostenuto un colloquio presso Apple (Portland, OR) nel mese di feb 2020
Colloquio
two phone rounds followed by an onsite at Portland. Interviewed by six people on various concepts of Design , verification and algorithms .Quite challenging to be fair. The collective experience of the entire team was close to 100 to 130 years while I had 3 years :P
Domande di colloquio [1]
Domanda 1
1) Swap in Verilog 2) Print 2D matrix spirally starting from centre 3) randomize the size of a 2D matrix/multi dimentional array 4) Fork-join and how to disable fork 5) Assertions
6) Reverse a string 7) How to verify a vending machine 8) Application of UVM Barrier class, 9) Divide by 5 state machine and extract a mathematical equation to generate the next state , 10) Write a system verilog test to verify if all the clocks on the SOC have been switched off after writing 'b1 to a register , 11) Why do we need UVM agents , 12) How is UVM Scoreboard implemented, 13) Constraint address to word accessible , atleast 2 ways to do it , 14) Test Plan and functional Coverage
Ho sostenuto un colloquio presso Apple (San Jose, CA)
Colloquio
It was straight forward for NCG role as i am a new grad so HR was really helpful and overall it is a great experience i just attended one round and got rejected
the interview flow is mainly technological, and is consisted by the following steps:
1. HR call
2. manager call
3. 3-hour interview (led by engineers)
4. 3-hour interview (led by staff)
5. contract
Ho presentato la mia candidatura tramite segnalazione di un dipendente. Ho sostenuto un colloquio presso Apple (Jerusalem) nel mese di feb 2026
Colloquio
Had a phone call with a recruiter, and then a short phone call with one of the verification team leads—for a student position.
overall good experience, nice people and had constant contact before and after the interview/
Domande di colloquio [1]
Domanda 1
Create a 4-to-2 priority encoder using only basic logic gates. Then use those encoders and MUXs to create a 16-to-4 encoder.
Create a state machine to show if a binary number is divisible by five.