Infrastructure Engineer

As an Infrastructure Engineer I at Talworx, you'll engage in a variety of key responsibilities. These include assisting in deploying, configuring, and maintaining network equipment like routers and firewalls, supporting server administration in both Windows and Linux, and collaborating closely with senior engineers to tackle network and system issues. Your role will also involve managing virtualization environments, performing basic scripting for automation, and ensuring network security practices are upheld.

To be eligible for the Infrastructure Engineer I position at Talworx, you should hold a Bachelor’s degree in Computer Science, Information Technology, or a related field, or have equivalent experience. Additionally, having foundational knowledge in network protocols and server administration is crucial, along with familiarity with basic virtualization and scripting practices.

At Talworx, we believe in enhancing the skills of our team members. As an Infrastructure Engineer I, you will receive hands-on training from senior engineers who will guide you in network and systems management. This position is designed for learning, so you can expect a collaborative environment that encourages skill development across various IT domains.

Success as an Infrastructure Engineer I at Talworx will depend on your problem-solving abilities, collaborative mindset, and communication skills. A solid understanding of network protocols, server environments, and virtualization technologies, combined with a willingness to learn and adapt, will enable you to thrive in this role.

While prior experience in a combined network and systems engineering role is beneficial, it is not strictly necessary for the Infrastructure Engineer I position at Talworx. We value eagerness to learn and foundational knowledge, as this entry-level role is designed for individuals looking to grow in the IT field.

When answering this question, focus on your passion for technology and problem-solving. Share your journey, emphasizing experiences or projects that sparked your interest in network and systems engineering.

Discuss specific protocols you’ve worked with, such as TCP/IP, VLANs, or ACLs. It's helpful to highlight your understanding of how these protocols operate in real-world scenarios.

Demonstrate your organizational skills by explaining your method for prioritizing tasks, whether it's using tools, setting deadlines, or collaborating with team members to establish priorities.

Be specific about the scripting languages you know (like PowerShell or Bash) and provide examples of how you've used them to automate tasks or improve processes.

Provide a clear, concise comparison between Network Attached Storage (NAS) and Storage Area Network (SAN), highlighting their respective uses and advantages in IT environments.

Use the STAR method—Situation, Task, Action, Result—to outline a specific scenario where your problem-solving skills made a significant impact in resolving a network problem.

Discuss the importance of monitoring, updating security protocols, and maintaining documentation. Share any specific strategies or practices you plan to implement.

Talk about your experience with managing servers in both Windows and Linux environments, emphasizing tasks such as configuration, maintenance, and troubleshooting.

Emphasize your dedication to continuous learning, whether through online courses, webinars, or networking groups, and provide examples of how you apply new knowledge in your work.

Describe any virtualization platforms you’ve worked with (like VMware) and how you utilized them for managing resources, enhancing efficiency, or enabling scalability.