Telecom Engineer (Petrochemical)

1. Ability to identify and utilise relevant engineering standards and Codes related to Telecommunication Engineering & Operations.

2. Operating and controlling the installed (or virtual) Telecommunication system hardware and software.

3. The application of Telecommunication infrastructure management tools to automate the provisioning, testing, deployment and monitoring of infrastructure components.

4. Assists in producing outline Telecommunication system designs and specifications covering objectives, scope, features, facilities, management, reliability, resilience, security, constraints (such as performance, resources and cost), hardware, network and software environments, main system functions and information flows, traffic volumes, data load and implementation strategies, phasing of development, requirements not met, and alternatives considered.

5. Takes responsibility for all stages of the life cycle for Telecommunication software/hardware and transmission media development of relatively simple communication systems, including investigation, analysis, specification, design, construction, testing, maintenance, upgrade and migration.