Network Security Engineer

As a Network Security Engineer at Core One, your main responsibilities will include overseeing the implementation of secure communication networking solutions, collaborating closely with SOC engineers for tailored threat monitoring, and engaging with the Software Development team to create custom networking solutions. Additionally, you'll be managing development schedules and requirements while supporting daily operations of networking environments. Your role will be integral in delivering mission-critical solutions.

To qualify for the Network Security Engineer role at Core One, candidates must hold a Bachelor’s degree or possess at least 5 years of relevant experience in networking engineering. Essential qualifications include extensive experience in designing secure networking solutions, along with hands-on expertise in VPNs, IDS/IPS, routers, switches, and cloud networking solutions like AWS or Azure. Effective communication skills are also crucial.

Core One prioritizes professional development by fostering a dynamic and collaborative environment for its Network Security Engineers. Working within our innovative technical solutions team, you'll have opportunities to engage in challenging projects that enhance your skills, mentor others, and gain visibility in significant mission projects, all while being part of a team that values exceptional performance.

The work culture for a Network Security Engineer at Core One is vibrant and supportive, embodying a startup-like atmosphere. You'll collaborate with talented professionals in a team-oriented environment where creativity and innovation are encouraged. This empowers you to make significant contributions while enjoying a workplace that values people first and aims to achieve impactful national security solutions.

Desired skills for the Network Security Engineer role at Core One include a strong background in computer network defense, a keen understanding of cybersecurity practices, as well as proficiency in network design, cryptographic key management, and cloud networking implementations. Having these skills can significantly enhance your effectiveness and contribution to our mission.

Discuss your previous roles where you designed or implemented secure networking solutions. Highlight specific projects, the technologies you used, and any outcomes you achieved that demonstrate your effectiveness in this area.

Explain your approach to network monitoring, including the tools and methodologies you have used. Emphasize your collaboration with SOC engineers and how your insights have contributed to proactive threat assessments.

Provide examples of projects where you integrated cloud networking solutions using platforms like AWS or Azure. Highlight specific challenges you faced and how you successfully resolved them to enhance security.

Discuss techniques you use to prioritize tasks, such as assessing project deadlines, resource availability, and aligning with business goals. Provide a practical example of how you successfully managed competing priorities in a previous role.

Share your methods for keeping abreast of the latest cybersecurity threats and trends. This could involve attending conferences, participating in professional organizations, or following industry blogs and publications.

Provide a detailed case study from your experience, explaining the problem, your thought process, the actions you took, and the outcome. Highlight teamwork and communication aspects if applicable.

Discuss your communication style and the tools you use to facilitate team collaboration. Give examples of how you have promoted clarity and cohesion during project developments.

List the protocols you have experience with and provide examples of how you have implemented them in past projects. Highlight their importance in ensuring data integrity and security.

Articulate the critical role of a Network Security Engineer in not just securing networks, but also in educating and influencing the broader cybersecurity strategy. Emphasize collaboration with various teams to enhance overall security.

Discuss your systematic approach to troubleshooting, including steps like gathering information, analyzing symptoms, testing, and resolving the issue. Sharing past experiences where you successfully troubleshot complex problems would be beneficial.