Network Engineer - job 1 of 2

As a Network Engineer at SAIC, your main responsibilities include training soldiers on key systems like MCIS and Tactical Command Systems. You’ll also be applying your networking expertise to address real-world issues affecting MCIS system communication, all while ensuring the operational readiness of tactical networks. Your role will require you to have a deep understanding of internetworking theory, IP routing, switching, and advanced protocols.

To apply for the Network Engineer position at SAIC, candidates typically need a Bachelor’s degree coupled with at least 2 years of relevant experience in networking. Additionally, current or prior military service in a technical role related to communications is required. A DoD 8570 IAT Level II or higher certification is also essential.

Yes, the Network Engineer position at SAIC does have a travel requirement, which could be up to 50%. This gives you the unique opportunity to engage with various environments and teams across locations, enhancing your professional experience while making a significant impact in mission execution.

In the Network Engineer role at SAIC, you'll work with a variety of systems including Army Tactical Communication Systems like WIN-T and TACSAT, alongside proficiency in Microsoft Windows Server environments, VMware, and Linux commands. Your expertise will be invaluable in deploying and troubleshooting these systems.

SAIC assists candidates in obtaining the necessary security clearances. For the Network Engineer position, an Interim Secret clearance is necessary before starting, and SAIC’s supportive team will guide you through the process of obtaining a full Secret clearance as part of your employment.

In your response, highlight your relevant experiences with systems like WIN-T and TACSAT. Share specific examples where you’ve effectively used these systems in a practical context, focusing on the challenges faced and how you resolved them. This will demonstrate your practical knowledge and problem-solving skills.

Discuss the differences between LAN and WAN, including their applications in military environments. Include specifics about the protocols, technologies, and strategies you've implemented to manage and optimize network performance in both types of operations.

Explain your systematic approach to troubleshooting, including steps such as identifying the issue, checking physical connections, analyzing logs, and utilizing tools for diagnosis. Providing clear examples of past experiences where you successfully resolved network issues will enhance your response.

Mention any relevant courses, certifications, or professional groups you belong to, as well as specific technologies you're currently exploring. Keeping up with the latest trends and advancements demonstrates your commitment to professional growth in the field.

Talk about your experience with frameworks such as IP addressing, subnetting, VLANs, and routing protocols. Share examples of how you've applied these frameworks in real-world scenarios, which shows your practical skills and preparedness for the role.

Choose a project that showcases your technical abilities, teamwork, and problem-solving skills. Discuss your specific role, the challenges you faced, the solutions you implemented, and the positive outcomes that resulted from your efforts.

Outline your strategy for training, emphasizing your hands-on approach. Discuss techniques you use, such as demonstrations, documentation, and interactive sessions. Share an example of when and how you successfully trained others, helping them to grasp complex systems.

Discuss your approach to security in networking, including firewalls, intrusion detection systems, and access controls. Providing specific examples of protocols and practices you've implemented will show your awareness of the importance of network security.

Share methods you employ for time management and stress reduction, as well as examples of past experiences where you successfully met difficult deadlines without compromising quality or accuracy.

Express your passion for technology and how network engineering allows you to play a vital role in supporting mission-critical operations. Illustrate your commitment to serving those who serve the country, which adds a personal touch to your motivation.