Wireless Network Engineer

As a Wireless Network Engineer at Roka Security, you will have a variety of responsibilities that contribute to national defense missions. Your main tasks will include designing wireless communications systems, ensuring compliance with industry regulations, gathering data, and supporting the integration of these systems. You'll be actively involved in troubleshooting communication systems and using SysML to document architectures clearly, making your role essential for mission success.

To qualify for the Wireless Network Engineer position at Roka Security, candidates typically need an intermediate level of experience in wireless communications and RF engineering principles. Additionally, familiarity with wireless network architecture, System Modeling Language (SysML), and SD-WAN solutions is crucial. A Bachelor’s Degree in a related engineering field is highly desired, along with the ability to maintain a Top Secret U.S. Government Security Clearance.

When applying for the Wireless Network Engineer role at Roka Security, candidates with 6-7 years of experience in the wireless industry, particularly in high bandwidth communications, will stand out. Experience with deploying rugged military-grade solutions and understanding regulatory constraints for wireless systems are preferred. An Associate's or Bachelor’s degree in relevant engineering fields will greatly enhance your profile.

Yes, the Wireless Network Engineer position at Roka Security may require some travel depending on project needs. While the primary work will be onsite near Herndon, VA, there may be occasions where travel is necessary to meet with clients or complete specific project tasks.

Roka Security offers a comprehensive benefits package for Wireless Network Engineers including competitive compensation, medical and dental coverage, short- and long-term disability insurance, life insurance, paid vacation and sick leave, and a 401k plan with company matching right from your first day. We believe in supporting our employees both professionally and personally.

To effectively answer this question, detail the project scope, the specific challenges faced, and how your design addressed these issues. Highlight any technical standards you adhered to or innovations you introduced that improved performance or security, showing your problem-solving skills and expertise in wireless network engineering.

Discuss your familiarity with relevant regulations and how you incorporate compliance checks into your design and implementation processes. You might mention collaboration with regulatory bodies or using specific software tools to track compliance during various phases of a project.

Mention specific tools you’ve used, such as spectrum analyzers or network monitoring software. Explain how you apply these tools to identify issues, and provide examples of troubleshooting processes you've successfully executed in past roles, showcasing your hands-on experience.

Show your commitment to continuous learning by discussing resources such as industry publications, webinars, and professional networks. Mention any relevant certifications you’ve pursued or how you actively participate in forums or groups focused on wireless technology.

Provide insight into how you've worked with SD-WAN in past positions. Mention specific deployment scenarios, challenges faced, and how you overcame them, as well as the impact this technology had on network performance.

Illustrate your collaborative spirit by sharing examples of successful projects where teamwork was key. Discuss your communication styles and how you ensure all team members are aligned toward common goals, reinforcing the importance of collaboration in your role as a Wireless Network Engineer.

Describe your process for stakeholder engagement and requirement gathering. Provide examples of tools or methods you utilize to document and prioritize requirements, highlighting how your work leads to successful project outcomes.

Respond by briefly describing what SysML is and its applications in systems engineering. Give examples of how you've used SysML to model communication systems, providing details on how this practice contributes to clearer documentation and project success.

Detail a specific instance where you encountered a complex communication issue, the steps you took to resolve it, and the outcome. Focus on problem-solving skills and any innovative approaches you applied to ensure robust communication.

Discuss your approach to prioritizing tasks, setting deadlines, and using project management tools. Share examples of how these strategies helped you meet project timelines and stay organized amidst potential distractions.