TX MW Engineer

Duties

• Troubleshooting local and long-haul circuits both in internal resources and the 3rd party vendor in resolving the issues
• Network analysis and creation of network resilience/redundancy management
• Carrying out both critical and normal network changes and support migration and expansion services
• Network maintenance, repairing, and upgrading tasks needed in limiting the impact on the user’s experiences
• Isolate and identify POF (Points of Failure) for hub sites and work with field resources towards its optimization and restorations
• Weekly, Monthly Network Utilization Reports
• Daily Routine maintenance task, such as license checks and service distributions
• Daily incident handling and Investigation of network faults
• Reporting network status to key stakeholders and ability to take informed decisions

Requisites

• Bachelor’s Degree in Telecommunications Engineering, Electronic Engineering, Computer Engineering, Network Engineering, or a related Information and Communications Technology (ICT) field
• Technical certifications from major telecom manufacturers in transmission and microwave equipment will be considered a strong advantage
• Minimum of 3 to 5 years of proven professional experience within the telecommunications transmission engineering sector
• Solid and hands-on experience in the independent operation, configuration, and troubleshooting of hybrid or native microwave and optical fiber networks within telecom operators or vendor environments
• Skills and Competencies
• Good knowledge of project design and planning
• Good understanding, configuration, and troubleshooting skills on transmission protection mechanisms, like SNCP, MSP, ASON, etc;-Good Configuration management and Service provisioning
• Routine network analysis, including MW links analysis, resolution, and tracking; Packet loss and IUB tracking
• Ability to manage BB (Broadband) / Access MW links in the region and provide Operational support
• Understanding of standard Change management process and its violations
• Good understanding of SLA analysis, network performance analysis, optical network health assurance, and OTN resource analysis, with the capability of independently performing related operations
• Understanding of DCN interconnection with equipment of other manufacturers in the case of a hybrid network
• Good command of microwave network planning solutions (link, networking, clock, QoS, and DCN), and methods of planning microwave services (TDM/Hybrid/Packet) on an entire network
• Good command of the methods and risks for upgrading IDUs and ODUs
• Advantage: Capability to manage DWDM low-level configurations and operational support will also be an added advantage

Notes

• Only shortlisted applicants will be contacted