Network Engineer, Lead Associate

As a Network Engineer, Lead Associate at Peraton, your responsibilities encompass a wide array of tasks including network architecture, engineering, and integration. You'll oversee configuration management and provide project management while ensuring the highest standards of network security. Your role involves collaborating with a dynamic team to transition legacy systems into the cloud, ultimately enhancing overall enterprise connectivity and systems performance.

To be considered for the Network Engineer, Lead Associate role at Peraton, you must possess an active TS/SCI security clearance and a Bachelor’s degree in a related field such as computer science or engineering. Additionally, candidates should have at least six years of IT experience, particularly in network troubleshooting and familiarization with technologies like Cisco IOS and firewalls. Experience in Multicloud Fabric infrastructure is a plus.

Success as a Network Engineer, Lead Associate at Peraton requires a strong foundation in network architecture and troubleshooting. Key skills include proficiency with routers, switches, and firewalls, as well as expertise in database tools and network packet analysis. Exceptional problem-solving abilities and experience in providing technical guidance for complex IT challenges are also crucial in this role.

The typical salary range for the Network Engineer, Lead Associate role at Peraton is between $135,000 and $216,000. This salary reflects the candidate's experience and qualifications, and it is part of a comprehensive benefits package that includes benefits coverage, annual bonuses, and PTO, ensuring competitive compensation for our employees.

At Peraton, Network Engineers have access to a plethora of career growth opportunities. Employees are encouraged to take on new challenges, whether through advanced training, participation in significant projects, or engagement with cutting-edge technologies. The supportive environment fosters professional development and opportunities to lead initiatives, paving the way for career advancement within the organization.

When answering this question, focus on specific real-world examples where you've successfully troubleshooted network issues. Include the tools you used, methods you applied, and any measurable outcomes that demonstrate your skills in resolving complex IT problems.

Details are key here; share your hands-on experience with both operating systems. Describe the types of devices you’ve configured and any significant projects you’ve worked on that required these skills. Discuss troubleshooting and management tasks you've completed using these platforms.

Provide a concise overview of MultiCloud Fabric infrastructure and explain your familiarity or experience with it. Highlight how it impacts enterprise connectivity and provides solutions to complex IT environments, showcasing your knowledge of modern cloud technologies.

Pick a complex technical challenge where your skills as a Network Engineer were vital to a solution. Outline the problem, the process you followed to identify the root cause, the solution you implemented, and the successful outcome. This approach will effectively showcase your analytical thinking and problem-solving capability.

Network security is key to protecting data and maintaining system integrity. As a Network Engineer, stress the importance of securing networks against unauthorized access and cyber threats. Provide examples of security measures you have implemented or advocated for in your previous roles.

Demonstrate your commitment to continuous learning. Discuss any courses, certifications, workshops, or industry conferences you attend to keep your skills sharp and your knowledge current. Highlighting your proactive approach shows your dedication to professional growth.

In your response, detail an experience in which collaboration with team members was crucial. Explain your specific role, how you contributed to the project, and how the teamwork led to success. This emphasizes your interpersonal skills and ability to work collaboratively.

Share your familiarity with popular network analysis tools and mention how you’ve utilized them in previous roles. Discuss specific scenarios where these tools aided your troubleshooting efforts or enhanced network performance insights.

Articulate your time management strategies. Discuss methods you employ to assess urgency and importance, such as respective project deadlines, asset criticality, or collaborative inputs. Providing a structured approach will demonstrate your organizational skills.

Convey your passion for technology and problem-solving. Discuss what aspects of network engineering excite you and keep you motivated, whether it’s the challenge of solving complex situations or the joy of innovating solutions that contribute to organizational success.