Candidates applying for Optical Network Engineer roles take an average of 5 days to get hired, when considering 2 user submitted interviews for this role. To compare, the hiring process at Huawei Technologies overall takes an average of 26 days.
Common stages of the interview process at Huawei Technologies as a Optical Network Engineer according to 2 Glassdoor interviews include:
Group panel interview: 50%
Presentation: 50%
Here are the most commonly searched roles for interview reports -
Interview first with HR for screening, and then onto the hiring manager. Hiring manager is more on technical questions while HR handles the usual questions. With regards to the interview questions asked by hiring manager .
Interview questions [1]
Question 1
What is the OSI layer? How well do you know the structure of the network.
I applied online. The process took 5 days. I interviewed at Huawei Technologies in Jul 2022
Interview
I was first called by HR and had a phone interview about my background (education, family, work experience, etc). I had the technical interview the same week where we discussed about the role and their experiences on it. They also gave different scenarios and asked what I would do in those scenarios.
Interview questions [1]
Question 1
Explain decibels for me. Can I add/multiply dBm and dB? Are you willing to drive to X place from X place? What is your thesis?
I applied through college or university. The process took 2 weeks. I interviewed at Huawei Technologies (Bogotá, Bogota) in Feb 2013
Interview
Basically, a candidate should present 2 interviews (technical and HR). Is very common to present the technical interview first. They ask the basic questions of optical effects as dispersion, attenuation, PMD etc. Also, a trivial understanding of capacity units is required (E1, STM1-64, Gbps). Finally but most important, they ask the candidate to depict a WDM system.
Interview questions [1]
Question 1
1. Conversion of capacity units (E1, STM1-64, Gbps)
2. Explain some optical effects as dispersion, attenuation, PMD etc
3. Depict a WDM system