Job security: While a large portion of our competition engages in the hire/fire cycle, ADI works to maintain our talent pool. While no job is ever invulnerable, I feel much more confident in my job stability here than I would with most other semiconductor industry employers.
Lateral movement: I've heard from old college friends how they eventually felt pigeon-holed into smaller and smaller niches as they developed more focused expertise. At ADI I'm encouraged to broaden my expertise and to shift into dissimilar roles over time. This is expected to keep employees interested and engaged, and in my opinion it works very well.
Culture: There is an extremely strong culture of collaboration here. Walk around the office, chat up any random engineer, and learn what they are working on - this is deeply encouraged (and a primary driver for trying to get folks back into the office post COVID). In this process I've engaged with dozens of engineers, eventually collaborating with most of them on secondary projects (work other than the primary focus of our roles). A primary expectation of senior staff is that they help accelerate development of younger engineers, e.g. through mentoring programs or just plain old conversation.
Too conservative: I think ADI's financially conservative posture, though providing a boost to job security, also carries a downside regarding wages. Wages here aren't inflated by the hire/fire cycle seen elsewhere. If you can get and retain a job elsewhere, you'll likely earn a higher wage. So for folks seeking high-risk/high-reward, this is surely a negative on ADI.
I think we are too failure averse. While software companies chant "fail fast fail often" we often don't take enough of a risk in the market. I'd love to see more grass-roots engagement too, perhaps pushing hard into any one makerspace vector (e.g. Zephyr, mbed, or Arduino). If our customer facing demos could be recreated by acquiring a few devkits and cloning a public git repo I think we'd establish a stronger foothold with young engineers eager to get their hands dirty with highend devices, but unable to justify sinking huge portions of their time budget into the same.
Contacted a team member through LinkedIn and applied on ADI's website. I got two phone screens and an on-site interview. The phone interviews involved some basic questions about background and a few technical questions about op amp circuits and feedb
My interview for the role was on the longer side and it dealt more with technical questions as well as going into depth on projects and previous work. They asked the basics of how a transistor works and what each part of the three pins means and how
I got this interview through a job posting on my college's career website. The first interview was on-campus and the interviewer asked me questions about my resume and a simple digital circuit question. It was really relaxing. I received my second i
Contacted a team member through LinkedIn and applied on ADI's website. I got two phone screens and an on-site interview. The phone interviews involved some basic questions about background and a few technical questions about op amp circuits and feedb
My interview for the role was on the longer side and it dealt more with technical questions as well as going into depth on projects and previous work. They asked the basics of how a transistor works and what each part of the three pins means and how
I got this interview through a job posting on my college's career website. The first interview was on-campus and the interviewer asked me questions about my resume and a simple digital circuit question. It was really relaxing. I received my second i