Network Engineer

A Network Engineer at Peraton Labs is entrusted with designing, configuring, and troubleshooting VoIP network systems, such as Cisco UC Manager, and ensuring the integrity of network communications. This role includes technical documentation, implementation, and significant involvement in project deliverables as part of the Defense Information Systems Agency (DISA) program. Engineers also engage with both technical and non-technical personnel, enhancing team collaboration while working within dynamic environments.

To qualify for the Network Engineer position at Peraton Labs, candidates should possess a degree in Computer Science, Math, Electrical Engineering, or related fields. Ideally, candidates should have at least two years of relevant experience, knowledge of VoIP network devices, and the ability to understand network infrastructure diagrams. U.S. citizenship and the capacity to acquire a Secret Security Clearance are essential for this role.

As a Network Engineer at Peraton Labs, your day will be filled with diverse tasks such as designing VoIP networks, troubleshooting technical issues, and creating documentation for network asset configuration. You may work in both lab and production settings, often collaborating with senior engineers and communicating with users to ensure smooth operations of the Voice Over IP services within the DISA environment. The role requires both independent work and teamwork in a fast-paced atmosphere.

Absolutely! Peraton Labs is committed to supporting your professional growth as a Network Engineer. You’ll have access to training on the latest VoIP technologies and network protocols, collaboration with experienced peers, and opportunities to take on challenging projects that further enhance your skills and experience. The environment fosters continuous learning and development, setting you up for future career advancements.

The typical salary range for a Network Engineer at Peraton Labs falls between $51,000 and $82,000, depending on experience and qualifications. This competitive compensation reflects the importance of the role and aims to attract and retain top talent in the VoIP and network engineering fields.

When asked about your experience with VoIP network devices, highlight specific devices you have worked with, such as Cisco UC Manager or Oracle SBC. Discuss the types of projects you've managed, the scale of the networks you've worked on, and any troubleshooting experiences that showcase your problem-solving skills.

In your response, outline a structured approach you take to troubleshoot network issues. Discuss how you assess the situation by gathering relevant information, use diagnostic tools, and analyze the network configuration to resolve problems efficiently. Providing a specific example can illustrate your process effectively.

Show your understanding of network protocols by explaining their roles in VoIP networks. Describe SIP as a signaling protocol used for setting up calls, while SRTP ensures secure real-time transmission of voice and video. Highlight any real-world applications where you've applied this knowledge.

Effective communication with non-technical personnel can be achieved by simplifying technical jargon and using analogies. Share your strategies for ensuring everyone is on the same page, perhaps discussing past experiences where you successfully facilitated understanding among diverse teams.

When describing a challenging project, choose one that required innovative solutions and collaboration. Detail your role, the hurdles faced, how you engaged with team members, and the successful outcomes that resulted from your efforts.

Discuss your experience with network security, emphasizing any specific measures you have implemented to secure VoIP networks, such as using firewalls or encryption protocols. Also mention any relevant certifications or trainings you may have completed.

Share the resources you utilize to stay informed, such as industry publications, webinars, and online communities. Discuss any professional groups you are part of and how continuous learning contributes to your effectiveness as a Network Engineer.

Mention the specific documentation tools or software you are experienced with, whether it's Visio for diagrams or specific configuration management software. Discuss the importance of thorough documentation in maintaining network infrastructure.

Explain your methods for effective prioritization, such as using task management tools or techniques like time blocking. Provide an example of how you've successfully balanced multiple responsibilities and what criteria you use to determine priority.

Discuss your passion for technology, problem-solving, and the satisfaction derived from ensuring effective network communication. Sharing personal anecdotes can help illustrate your enthusiasm for the field and how it drives your accomplishments as a Network Engineer.