Hire Pre-vetted Network Engineers

What is a Network Engineer?

A Network Engineer is a specialist who designs, implements, and maintains computer networks—the infrastructure that connects organizations' systems, users, and data. Network Engineers do more than manage routers and switches—they design scalable network architectures, implement network security, optimize performance, troubleshoot connectivity issues, and ensure networks support business operations reliably. Whether you need someone to design a network for a new office, migrate to cloud infrastructure, optimize network performance, or strengthen network security, a skilled Network Engineer brings deep networking expertise and systems thinking.

What makes Network Engineers valuable is their ability to design networks that reliably connect thousands of users and devices while maintaining security and performance. They understand the complexity of modern hybrid networks spanning on-premises infrastructure, cloud services, and remote workers. This is why organizations depend on Network Engineers to keep their infrastructure running. When you hire through Torc, you're getting someone who builds networks designed for reliability and security.

Technology Stack

Networking Fundamentals

• TCP/IP, DNS, DHCP protocols

• Routing & switching

• VPNs & secure tunneling

• Network security & firewalls

Enterprise Networking

• Cisco networking equipment & IOS

• Juniper networks & Junos

• Network load balancing

• Quality of Service (QoS) management

Cloud & Hybrid Networking

• AWS networking (VPC, Direct Connect)

• Azure networking

• Hybrid cloud connectivity

• Software-defined networking (SDN)

Network Monitoring & Management

• Network monitoring tools (Nagios, Zabbix)

• SNMP & network telemetry

• Network performance analysis

• Security monitoring & threat detection

Wireless & Remote Access

• Wireless LAN (WLAN) design & implementation

• Wi-Fi security & 802.11x

• VPN configuration & management

• Remote access solutions

Key Qualities to Look For on a Network Engineer

Architecture Thinking — They design networks for current needs and future growth. They understand capacity planning, scalability, and how to evolve networks as business requirements change.

Security Focus — They implement network security as a core design principle. They understand firewalls, intrusion detection, network segmentation, and compliance requirements.

Troubleshooting Expertise — They diagnose network problems systematically using tools and methodology. They can isolate issues quickly and implement solutions that resolve problems at the root.

Performance Optimization — They optimize networks for speed and reliability. They understand bandwidth management, latency optimization, and how to tune networks for real-world workloads.

Cloud Integration — Modern networks span on-premises and cloud. The best engineers design hybrid networks that work seamlessly across infrastructure boundaries.

Vendor Knowledge — They have deep knowledge of networking vendors (Cisco, Juniper, etc.) and can make smart choices about equipment and configurations.

Project Types Your Network Engineers Handle

Network Design & Deployment — Designing and building new networks. Real scenarios: Office network design, data center network design, hybrid cloud networking.

Wireless Network Implementation — Designing and deploying wireless infrastructure. Real scenarios: Enterprise Wi-Fi deployment, outdoor wireless coverage, guest network segmentation.

Cloud Integration — Integrating cloud services with on-premises networks. Real scenarios: Direct Connect setup (AWS), ExpressRoute setup (Azure), hybrid cloud connectivity.

Network Security — Implementing security controls and compliance. Real scenarios: Firewall deployment, intrusion detection setup, network segmentation, DDoS protection.

Performance Optimization — Improving network performance and capacity. Real scenarios: Network tuning, bandwidth optimization, latency reduction, congestion management.

Disaster Recovery — Implementing network redundancy and failover. Real scenarios: Redundant network paths, failover strategies, business continuity planning.

Network Monitoring & Troubleshooting — Implementing monitoring and responding to network issues. Real scenarios: Monitoring system setup, alert configuration, incident response, root cause analysis.

Interview questions

Question 1: "Design a network architecture for a hybrid enterprise that has on-premises data centers and multiple cloud regions. What would your network design be and how would you ensure high availability?"

Why this matters: Tests architecture thinking for modern hybrid networks. Reveals whether they understand network segmentation, redundancy, failover, and security. Shows strategic network design beyond basic connectivity.

Question 2: "Tell me about a time you troubleshot a complex network problem. How did you isolate the issue, what tools did you use, and how was it resolved?"

Why this matters: Tests practical troubleshooting skills and systematic problem-solving. Reveals whether they use methodical approach versus guessing. Shows hands-on experience and tool proficiency.

Question 3: "Describe your experience with network security. How have you implemented firewalls, VPNs, or segmentation, and what security challenges did you face?"

Why this matters: Tests network security expertise, increasingly important as networks become attack surfaces. Reveals whether they understand zero-trust, segmentation, threat prevention. Shows security-conscious network design.