September 11, 2020 7:20 AM PDT
Network Software Engineer Job Responsibilities
Come join us! FeildEngineer is offering On-Demand work opportunities for a capable applicant to work for our client's teams as a Network Software Engineer!
The Network Software Engineer performs out the design, development, testing, documentation, and analysis of software applications. In this job you will be liable for developing new programs and subprograms too, updating, modifying, and altering existing software. Also, you will be liable for designing applications, coding, completing projects, and planning & executing operations in testing and troubleshooting, and recording assignments and results.
As a functioning software engineer at a team, you will be working with a global expert team and will have the opportunity to foresee future outcomes. As a major aspect of this team, you will work with other software engineers, hardware development teams, and firmware teams. Now you will have the time to create and develop hardware driver software for network cards.
The best applicants will have the following skills in addition to the qualifications referenced below.
- Known for RDMA technologies, for example, iWARP, RoceV2.
- Know programming on the Linux kernel model.
- Know how to open Linux open-source software.
- Healthy job changes and various job management one after another.
- Good oral and written communication skills.
- Ability to work viably in complex and quick workplaces.
In this position, you will increase valuable experience that will allow the development and expansion of advantages within this business team as well as the potential future with other business groups.
Qualifications for Network Software Engineer:
Luckily, there are some very specific software developer skills and subject expertise that can transform low-level developers into incredible software design pioneers. We should investigate these basic skills and capabilities.
Networking and security skills
A large number of enterprise software systems must operate over a huge and complex network, which forces extra demands on programmers working to maintain performance and accessibility. To improve their software developer skills, they need to see how these networks operate at the seven levels of Open Systems Interconnection (OSI) and the options that go into communication and data exchange. For instance, network engineers must consider how certain applications act during large data transfers, as well as the level of resilience accessible to network failures.
Notwithstanding explicit communication measures, it is also essential to understand the relationship between network and security. Network exchanges are often vulnerable against tapping, which is continually bargaining sensitive business data. Engineers don't need to be absolute encryption specialists, however, they do need to see widely utilized encryption protocols, for example, TLS for web transfers, and follow fundamental data protection strategies.
