Junior Network Engineer

As a Junior Network Engineer at Uni Systems, you will be tasked with installing and configuring networking devices, participating in deployment activities both on-site and remotely, providing troubleshooting support, and helping to create and revise project documentation. Additionally, you will stay current with emerging technologies and contribute to various training and knowledge development events, boosting your skills and the team's overall functionality.

To be successful as a Junior Network Engineer at Uni Systems, candidates should possess a degree in Computer Science, Engineering, Telecommunications, or a related field. An MSc in Networking or Telecommunications is a bonus, and having a solid understanding of networking concepts such as OSI layers, TCP/IP addressing, and NAT is essential. Additionally, a CCNA certification will be considered a strong asset.

At Uni Systems, Junior Network Engineers have numerous opportunities for career advancement. By participating in ongoing training and development, gaining hands-on experience with various technologies, and taking initiative in innovative projects, you can enhance your technical specialization and open pathways to higher-level roles within the networking field.

Uni Systems fosters a collaborative and inclusive work environment for its Junior Network Engineers. You can expect a people-first approach, a hybrid working model for optimal work-life balance, and support for sharing ideas openly. With continuous training and ample opportunities to join innovation initiatives, you're sure to thrive in a culture that values your contributions.

Junior Network Engineers at Uni Systems enjoy a robust benefits package including a hybrid work model, continuous training and development opportunities, meal vouchers, a corporate laptop and mobile phone, health and insurance plans for employees and their families, and discounts on services and products. Special work schedules on summer Fridays and birthdays also add to a well-rounded work experience.

When discussing the OSI model, you should focus on its seven layers: Physical, Data Link, Network, Transport, Session, Presentation, and Application. Explain each layer's primary function and how they interact to enable network communications. This demonstrates your foundational understanding of networking concepts.

Provide specific examples of when you've troubleshot network problems, highlighting the steps you took to identify and fix issues. Discuss the tools you used and any successful outcomes that resulted from your interventions to showcase your problem-solving skills.

Routing and switching serve different purposes in a network. Routing directs data packets between different networks, determining the best path for data transfer, while switching occurs within a single network, facilitating communication between devices on the same local area network (LAN). Explain their roles and when each is utilized.

Network Address Translation (NAT) translates private IP addresses into a public IP address, allowing multiple devices to share a single public IP. This is important for conserving IP address space and enhancing security by hiding internal IP addresses from the external network.

List specific networking tools such as Wireshark, Cisco Packet Tracer, or network monitoring software. Talk about your experience using these tools for configuration, monitoring, or troubleshooting, highlighting any projects where they played a significant role.

Discuss your strategies for staying informed about the latest networking technologies, such as following reputable networking blogs, attending webinars, engaging in online courses, or participating in professional networking forums. This shows your commitment to continuous learning in the field.

Provide a detailed account of a challenging networking project, including the objectives, your role, obstacles faced, and how you overcame them. Highlight your problem-solving abilities and teamwork, reinforcing your candidacy for the Junior Network Engineer position.

Explain that TCP/IP is a set of communication protocols used for the Internet and similar networks. Discuss its layers, including the Network Interface, Internet, Transport, and Application layers, illustrating how they function to enable data delivery over networks.

Share your belief in the importance of collaboration and effective communication in a team setting. Discuss your ability to contribute individual strengths while being receptive to others’ ideas, which aligns with the teamwork culture at Uni Systems.

Express your enthusiasm for technology and innovation, and how Uni Systems’ commitment to professional development and a collaborative culture aligns with your career goals. Discuss specific aspects of the role and company that excite you and align with your values.