DevOps – IT Systems Engineer – MUST HAVE SC – WFH and on site
Knowledge and experience of ;
Developing and testing IT solutions for a development test rig
Developing and testing Virtual desktop Infrastructure (VDI) solutions
Developing and testing Virtual Machine solutions (VM Ware)
Software, V Sphere, VM Ware, desirable: C sharp, zabbix, bamboo
Scripting languages, ideally Python and Powershell,
Infrastructure hardware (physical rack mounted equipment).
Administration functions within a virtualised environment- including virtual resource management, resilience (HA & DRS), clustering and performance monitoring.
Orchestration tools (automation, scripting).
File systems and storage management (migration, snapshots, allocation).
Server operating system administration (Windows and Linux).
Containerised software applications.
HCI (human computer interfaces).
Cabling/patching (Ethernet and Fibre), cable management, clear labelling and patch diagrams.
Ability to respond to technical queries and perform troubleshooting investigations where necessary, with full root cause analysis and rectification plan creation.
Working in an 'Agile' engineering development environment.
Specific Key Accountabilities and Deliverables
Dev OPs – IT Systems Engineer will be responsible for, or provide input to the following typical key deliverables, dependent on the role and the place the project is in the engineering lifecycle:
? Compliant technical solutions against contractual requirements and regulations.
? Design documentation generated, captured, configured and controlled in accordance with company processes.
? Engineering LCM adherence for all deliverables, Sub Contract Design Reviews and relevant input to project LCM activities.
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? Engineering Lifecycle Management (LCM) adherence for all deliverables, Sub Contract Design Reviews and relevant input to project LCM activities.
Qualifications and Experience
5 years experience as a DevOps engineer
Knowledge of IT systems in the defence, maritime or closely linked domain and have a comprehensive understanding of how their own systems and activities interact with the overall platform.
Knowledge of the complete engineering lifecycle with some experience of operating in a number of phases.