They claim to have a "total rewards" program that favors money rewards above anything else, which can be good for some. Also, since I'm technically not a full-time employee, I guess I won't see most benefits they have access to.
I have to admit that at least the severance package they're providing to laid off VMware employees is good.
A lot of things changed at VMware after Broadcom acquired it, mostly in the bad sense.
They clearly don't believe in WFH and are hard RTO pushers.
There have been a lot of instances of team restructures and layoffs, which were not always communicated effectively.
Their leadership team behaves too carelessly and takes important decisions recklessly.
One hour of phone interview, then a group interview (two people from a small group) two days later. The coding question is about vital; writing code of pushing a node to a link list. How to optimize the performance? However, the technical area in thi
The interview process was simple and consisted of standard questions found on the internet. I was asked to design a rate limiter using the sliding window algorithm. The interviewer was friendly. HR took time to respond, but after all rounds, they rel
Asked basic questions: 1. Modulation techniques 2. Design of basic communication systems 3. Convolutional codes 4. Turbo codes 5. AWGN model 6. Near-far effect 7. Bandwidth of QPSK and BPSK, and which one is larger.
One hour of phone interview, then a group interview (two people from a small group) two days later. The coding question is about vital; writing code of pushing a node to a link list. How to optimize the performance? However, the technical area in thi
The interview process was simple and consisted of standard questions found on the internet. I was asked to design a rate limiter using the sliding window algorithm. The interviewer was friendly. HR took time to respond, but after all rounds, they rel
Asked basic questions: 1. Modulation techniques 2. Design of basic communication systems 3. Convolutional codes 4. Turbo codes 5. AWGN model 6. Near-far effect 7. Bandwidth of QPSK and BPSK, and which one is larger.