22 of 22 Remote Clustering Jobs in the South East

with multiple forests/domains Office 365 : Tenant setup and configuration to best practice Virtualisation : VMware, Hyper-V Storage & Resilience : Dell/HP SANs, clustering, geographically redundant setups Monitoring & Backup : Microsoft System Center (SCOM), Veeam, DPM, Commvault Infrastructure as Code : Terraform, Bicep Firewall Basics : Fortigate, Sophos Automation : PowerShell scripting for More ❯

Groups etc) Monitoring/Alerting/log Analytics Azure AD (Entra)/Local AD Windows Server, Active Directory, Hyper-V and high availability failover clustering PowerShell scripting and automation SD-WAN SAN Storage: (e.g., HPE Nimble) Microsoft Windows Server OS Effective communication including the production of accurate, usable documentation IT More ❯

upgrade reports. Provide recommendations for improving upgrade processes and minimizing operational risk. Experience/Competencies Essential: VMware ESXi Expertise: Strong understanding of ESXi, vCenter, clustering (HA, DRS, vMotion), and Storage vMotion. Cisco UCS Administration: Expertise in Cisco UCS Manager, Fabric Interconnects, service profiles, and hardware configurations. Firmware Upgrade Experience: Hands More ❯

Java, and other BI/reporting tools. Familiarity with cloud computing, data governance, and healthcare analytics. Basic Linux and WebLogic administration skills. Understanding of clustering, high availability, and disaster recovery strategies for SAP BO. Ability to troubleshoot complex system and report issues. Strong documentation and process improvement skills. Prior experience More ❯

GitHub Actions, MyBatis, Maven Advanced experience with FIX Engines/Routers (Raptor, Catalyst, Chronicle, or similar tools). Distributed Systems: Experience with distributed computing , clustering , and scalability strategies . Soft Skills: Excellent communication and interpersonal skills to work effectively with both business and technology teams. Ability to thrive in a More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯

of customer or exchange sites as a priority and rescheduling works around these occurrences. Resourcing all Glide installation requests received from Provisioning, ensuring optimised clustering of tasks to reduce travel time. Scheduling faults passed from the Service desk or NOC requiring an engineer visit with internal engineers or third-party More ❯