SDH Integration Engineer

job description:

1. Customer communication management
2. Supervising and quality inspection for transmission equipment installation.
3. Transmission equipment commissioning and acceptance test with customer.
4. New software release update and implementation, including MSTP & WDM & /NCE product.
5. Carry out hardware and software expansion/faults for the existing operational network.
6. Equipment database information collecting and escalating for troubleshooting.
7. Depend on the design requirement, perform the network change, including MSTP & WDM network.
8. Services Provisioning from customer requirement from MSTP and WDM nodes.
9. NCE license update from contract.
10. Site technical document making and updating.

business skill requirement:

• Experience from 5-8 years
• Ability to work with minimum supervision
• Good communication and reporting skills
• Ownership and initiatives
• Good troubleshooting and problem resolution skills
• Good organizational and time management skills
• Knowledge and experience with Microsoft software applications including Microsoft Word, Excel, Power Point, Visio, and Outlook.
• Ability to engage with and communicate with vendors, service providers, employees, and various business contacts in a professional and courteous manner

profession knowledge requirement:

• Basic project management, delivery and communication skill.
• Understanding the SDH principles, including alarms, performance, SDH signal flow, pointer justification and network protection switchover theories.
• Understanding Wavelength division theory, including multiplexing, demultiplexing, optical amplifier, and monitoring theories.
• Understanding WDM networking modes and site types ,know FD/OD/Raman system, and all OSN9800/1800 commissioning and configuration and troubleshooting.
• Understanding optical power calculation method and wavelength division signal flow.
• Basic knowledge of OSI model, TCP/IP protocol, Ethernet basic theories, networking and application of basic services on the Ethernet.
• Understanding the frame structure, encapsulation, virtual concatenation, and LCAS of Ethernet. Have a command of IP address and sub-net division.