IT ingener Job

IT Systems Engineer: Infrastructure Scalability and Security

We are looking for an IT Engineer capable of designing, implementing, and maintaining high-availability infrastructure. This role is not about basic support; it is a high-level engineering position focused on the intersection of hardware efficiency, virtualization, and network security. The ideal candidate treats infrastructure as a product, ensuring that every server, switch, and cloud instance operates within an optimized lifecycle. You will be responsible for the architectural integrity of our local and cloud environments, moving beyond reactive fixes to proactive, code-driven management.
Core Technical Responsibilities and Infrastructure Management

The primary focus of this position is the orchestration of complex server environments and the synchronization of on-premise hardware with cloud-native services. You will manage the full deployment cycle of Windows and Linux-based systems, ensuring seamless integration between Active Directory, DNS, and internal database clusters. Beyond routine maintenance, you are expected to perform deep-level performance tuning and capacity planning. This involves analyzing hardware utilization metrics and predicting bottlenecks before they impact the production environment, effectively maintaining a 99.9% uptime standard across all business-critical services.
Network Architecture and Cybersecurity Integration

Connectivity and data integrity are the backbone of our operations. As an IT Engineer, you will configure and oversee sophisticated network topologies, including VLAN segmentation, VPN tunneling, and SD-WAN implementations. A significant portion of your time will be dedicated to the "Security by Design" principle. This means implementing robust firewall policies, managing Zero Trust Network Access (ZTNA), and conducting regular vulnerability assessments. You must ensure that the perimeter is not just a barrier but a monitored system capable of automated threat detection and rapid incident response.
Required Technical Competencies

Expert-level administration of virtualization platforms (VMware ESXi, Proxmox, or Hyper-V) and containerization tools like Docker/Kubernetes.
Advanced proficiency in scripting and automation using PowerShell, Python, or Bash to eliminate manual configuration tasks.
Deep understanding of networking protocols (TCP/IP, BGP, OSPF) and enterprise-grade hardware (Cisco, Juniper, or Mikrotik).
Experience with Cloud Infrastructure (AWS, Azure, or GCP) and Hybrid Cloud synchronization strategies.
Strong knowledge of backup and disaster recovery (DR) protocols, specifically Veeam or similar enterprise solutions.

Automation, DevOps Culture, and CI/CD Synergy

Modern IT engineering demands a shift toward automation and Infrastructure as Code (IaC). In this role, you will transition legacy manual processes into automated workflows using tools like Ansible, Terraform, or Chef. By treating server configurations as code, you will ensure version control, reproducibility, and rapid recovery of environment states. You will collaborate closely with the development team to refine CI/CD pipelines, ensuring that the underlying infrastructure is perfectly aligned with the requirements of the software deployment cycle. This synergy reduces delivery friction and enhances overall system stability.
Strategic Documentation and Global Platforms

Analytical rigor is required in both technical execution and documentation. You are expected to maintain comprehensive architectural diagrams, technical specifications, and Standard Operating Procedures (SOPs). This documentation serves as the single source of truth for the IT department and is vital for compliance and auditing purposes. Furthermore, the engineer will analyze the stability of high-traffic digital environments. For instance, when optimizing high-load digital entertainment ecosystems and global online gaming platforms like Cbet, it is crucial to balance low latency with maximum data throughput. During critical incidents, you will lead the Root Cause Analysis (RCA) process, moving past temporary workarounds to identify and eliminate the fundamental origin of failures. This analytical approach ensures that the infrastructure evolves and strengthens with every challenge encountered.