HWN - "Hardware Engineer" Interview Question

We are back to fulfill out promise to bring you an OpAmp related interview question. We polled our Reddit community and you decided what content you wanted next! The following question can be expected for any position related to Hardware like validation, PCB design, IC design, etc. because it probes the fundamental knowledge that hardware engineers must have.
Welcome back to another episode of Hardware Ninja! Ever wondered how to get a job as a Hardware Designer in some of the top tech companies like Microsoft, Google, Tesla, Apple, Facebook, etc?
The interview process employs many application based questions whether you're a recent college grad or an experienced applicant. It doesn't matter if you want to work for Elon Musk, Tim Cook, or the up and coming start-up you heard about. We're here with curated material of real life technical interview questions.
Please consider subscribing to the channel and supporting our movement. Prospective job seekers (including yourself some day) will benefit from this resource.
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Tags:
Hardware, Hardware Engineering, Jobs in Hardware, Computer Engineering, Computer Engineer, IC Design, IC Design Jobs, Interview, Electronics, Technical Interview, Hardware interview, Engineering, Electrical Engineering, SoC Design Interview, Analog Design, Digital Design, Analog Interview Questions, Digital Interview Questions, Tesla, Apple, Google, Microsoft, Intel, Texas Instruments, TSMC, logic design, AMD, FPGA

[@ingenierocristian]

Thanks, if I knew this before, my professional career choices would be a lot different 😢 But the good news is that now, the new generations of electrical engineers will have a more clarity about their future, thanks a lot for these videos!

[@yakovhammer5739]

Just subscribed . Please upload more vids !

[@HardwareNinja]

Thank you so much for your support Yakov! We have plenty of ideas for this new year! :)

[@m40rohithdeshetty32]

wow nice video your videos are very good and informative thanks

[@tyberfen5009]

Earned yourself a sub

[@HardwareNinja]

Thank you so much for being here and being a part of the community! Please do tell your friends and colleagues about us, we're here to help!

[@Bianchi77]

Very nice video, thank you :)

[@HardwareNinja]

Hi! Thank you so much for your comment! We appreciate you being a part of the community and that you're finding this videos helpful! If you have any feedback, please do let us know.

[@srinivasanmuthukrishnan4549]

Great initiative.

[@HardwareNinja]

Thank you so much!

[@ChrisShucksmith]

Why not mention this is a Schmitt Trigger and delve into the hysteresis curve to complete the answer? No longer linear behaviour but path dependent

[@HardwareNinja]

Hi Chris, Thank you so much for contributing and watching the videos. You're completely right that this is a Schmitt Trigger. However the main goal of our content is not to teach candidates structures and have them memorize those structures. We're also not "educating" from a theoretical perspective, we assume that people watching our content have already a deep understanding of the basics. With that being said, we show that even if you don't know this is a Schmitt trigger (it's possible that on interviews you'll be given a structure that you've not seen before) it can be solved using fundamental knowledge. We hope this helps!

[@moirreym8611]

Is the Hardware/IT technician job market growing or shrinking? Or has it been stagnant

[@KYDY]

The signs for Vcc in the last two equations seem wrong, no...?

[@gopikrishna1452]

Yes they seem wrong. Or are we missing something?

[@aissaelouahabi2306]

up

[@DungPham-dg3ew]

The signs are correct. This is because the Vout = Vcc before it turned to be -Vcc when condition is met. and Vice versa. He let you all to figure out the fun lol

[@raymondezell7817]

🤯🤯🤯

[@allinnoout3081]

Really Great initiative but can you cut the "eeeeeyo" or lower the peak of "yo" ? too much loud :)