MMOO Engineer - Microwave & Optical Transport Networks

MMOO Engineer - Microwave & Optical Transport Networks
Role Summary:
The MMOO Engineer is responsible for the planning, deployment, and operational support of high-capacity transport networks using microwave (MMOO) and optical technologies (DWDM, ROADM, FTTx). This role supports mission-critical infrastructure in telecom and industrial environments, ensuring robust connectivity and service continuity.

Key Responsibilities:

• Lead the design and implementation of microwave and optical transport networks (DWDM, ROADM, SDH, FTTx).
• Manage end-to-end deployment of MMOO links and fiber optic infrastructure for telecom and mining sectors.
• Conduct engineering design, site surveys, and commissioning of transport systems.
• Oversee infrastructure projects including power, climate control, and site readiness for network equipment.
• Coordinate with vendors and internal teams for deployment, testing, and operational handover.
• Support network optimization and troubleshooting for transport layers.
• Ensure compliance with ISO 9001/2015 standards and contribute to certification processes.
• Provide technical leadership in multi-disciplinary projects involving RAN, core, and transport domains.
• Prepare and maintain project documentation, including planning, monitoring, and control reports.

• Degree in Civil Telecommunications Engineering.
• 10+ years of experience in MMOO and optical transport systems.
• Proficiency in DWDM, ROADM, SDH, FTTx, HFC, and IP photonic networks.
• Experience with Nokia DWDM platforms and NFM-T/NFM-P management systems.
• Certified in WDM operation, deployment, and control plane technologies.
• Skilled in project management tools (MS Project, Excel) and technical design software (AutoCAD, iBwave).
• Intermediate English proficiency.

• Experience in mining and industrial telecom deployments (e.g., BHP, Entel).
• Strong leadership and coordination skills across technical and operational teams.
• Background in scientific research and innovation in optical systems.
• Familiarity with DAS systems and indoor/outdoor site deployments.