L3 Network Engineer (Transport Services)

The L3 Network Engineer (Transport Services) at Continental is responsible for integrating and implementing cutting-edge technologies for SD-WAN and Multi-Cloud environments. Key duties include designing new network architectures, managing complex network configurations, troubleshooting, and offering expert support for Cisco SD-WAN issues. Additionally, the role encompasses service management, stakeholder engagement, and ensuring the stability and security of network operations.

To qualify for the L3 Network Engineer (Transport Services) position at Continental, candidates should have a strong educational background in IT and networking. Preferred qualifications include certifications like CCNP or CCIE, at least 2 years of experience in network engineering focusing on SD-WAN, and expertise in networking principles. Proficiency in English and experience with automation tools like Ansible or Terraform are also beneficial.

Continental offers a comprehensive benefits package for L3 Network Engineers, including a competitive salary, performance bonuses, a 13th salary, and additional holiday bonuses. Employees also enjoy flexible working hours, home office options, health and wellness benefits, and discounts on various services. Furthermore, there's a strong emphasis on professional development and international work opportunities.

The L3 Network Engineer (Transport Services) at Continental plays a vital role in sustainability by developing intelligent and efficient network solutions. By implementing SD-WAN and Multi-Cloud technologies, the engineer ensures optimal resource usage and minimizes energy costs, contributing to Continental's mission of providing environmentally friendly mobility and innovative transportation solutions.

The working environment for L3 Network Engineers at Continental is dynamic and collaborative. The role supports agile work practices, encouraging innovation and continuous improvement. Engineers work in teams that thrive on sharing knowledge, leveraging cutting-edge technologies, and collaborating with diverse stakeholders, all aimed at enhancing network stability and performance.

When answering this question, highlight your previous roles involving SD-WAN technologies, mentioning specific projects you've worked on and the impact of your contributions. Be ready to discuss the challenges you faced and how you overcame them, along with any relevant certifications or training.

To effectively answer this, outline your methodical approach to troubleshooting. Start with initial assessments, such as checking logs, isolating the issue, and testing potential solutions. Be sure to demonstrate your analytical skills and mention any tools or techniques you use to diagnose and resolve problems.

Explain the concept of Infrastructure as Code (IaC) clearly, emphasizing how it allows for the automated management of infrastructure. Share examples from your experience where you’ve successfully implemented IaC, perhaps using tools like Terraform or Ansible, detailing the project outcomes and efficiencies gained.

Discuss your strategy for prioritization based on urgency and impact. Highlight how you assess the severity of issues, communicate with stakeholders, and utilize project management tools to stay organized and efficient in a high-pressure environment.

Emphasize communication and collaboration skills when discussing your experience with external service providers. Provide examples of past successes in managing relationships, defining SLAs, and ensuring quality service delivery while maintaining a focus on customer satisfaction.

Your answer should reflect a proactive approach to network security. Discuss best practices like regular audits, updates, the implementation of firewalls, VPNs, and secure configurations, along with any tools you've used to monitor and enhance security measures.

Provide a clear overview of a specific project that highlights your leadership skills. Discuss the project's objectives, your approach in coordinating team efforts, and the measurable outcomes that demonstrate its success.

Highlight the importance of documentation in maintaining network stability and ensuring compliance. Discuss how it aids in knowledge sharing, training, and transparency across teams, and mention your experience in creating and managing documentation throughout network projects.

Explain how DevOps practices foster collaboration between Development and Operations teams, emphasizing automation, continuous integration, and deployment in network environments. Share your experiences applying DevOps principles in networking to improve responsiveness and efficiency.

Discuss your commitment to continuous learning through various means such as online courses, certifications, attending industry conferences, or participating in forums. Highlight any relevant sources, such as tech blogs or podcasts that keep you informed about emerging technologies in networking.