| Important Role: Transport Engineer (Telecom Transport Engineer III) at Plainfield, IN at Plainfield, Indiana, USA |
| Email: [email protected] |
| Hi, Please find job description below; VISA: Must be USC, Green Card, OPT, or H4 ( H1b Not acceptable for this opening) Job title: Transport Engineer (Telecom Transport Engineer III) Location: Plainfield, Indiana ( Hybrid must be in office twice a week must live in or relocate to Plainfield, IN) Duration: Long Term Interview: Video- 1 Round Previous candidates have come from telecom backgrounds like ATT, Altafiber, Cincinnati Bell etc. Job IT Development and Administration ----------------------------- Job Description: ----------------------------- Duke Energy Plainfield IN office is seeking a Telecom Transport Engineer in support of ongoing and emerging work across the Enterprise network. This is the third level of the IT Telecom Analyst classification hierarchy. Employees at this level manage work in Telecom areas of specialization, with minimal supervision. Incumbents are expected to develop advanced skills and to have the ability to work independently, with guidance limited to unusual or complex projects or issues. They are fully competent in use of concepts and procedures and expected to identify problems, develop solutions and take actions to resolve. Responsibilities and Duties: The successful candidate will coordinate Telecom Solutions to address Duke Energy business needs including the planning, designing, implementing, testing and documentation of the communication systems & network components. The successful candidate will Work with engineering and support teams to ensure documentation is in place, alarming capabilities are properly enabled, asset system information is updated and change impact is properly documented and approved. - Understand what SONET is and the different OC levels. o Synchronous Optical Networking. T1 (DS1) = 1.55Mbps. OC3 = 155.52Mbps or 28 DS1s. OC-12 = 622Mbps or 3 OC3s. OC48 = 2488.32Mbps(2.5G) or 4 OC12s. OC192 = 9953.28Mbps (10G). - Understand how BLSR/UPSR SONET ring protection and G.8032 Ethernet Protection schemes work. o BLSR = Bidirectional Line-Switched Ring. Every link can carry both the working and backup traffic at the same time and hence does not require backup links. We use two-fiber BLSRs (OC48) in the Midwest. In a two-fiber BLSR, the protection fibers are contained within the working fibers and both the fibers are used to carry working traffic while reserving half the capacity on each fiber for protection purposes. o UPSR = Unidirectional Path-Switched Ring. Two redundant copies of protected traffic are sent in either direction around a ring. o G.8032 = In Ethernet Ring Protection Switching, there is a central node called the RPL Owner Node, which blocks one of the ports to ensure that there is no loop formed for the Ethernet traffic. The link blocked by the RPL owner node is called the Ring Protection Link or RPL. The node at the other end of the RPL is known as RPL Neighbor Node. It uses R-APS control messages to coordinate the activities of switching on/off the RPL link (we call this the R-APS VID VLAN). Any failure along the ring triggers a R-APS(SF) (R-APS signal fail) message along both directions from the nodes adjacent to the failed link after these nodes have blocked the port facing the failed link. After receiving this message, RPL owner unblocks the RPL port. During the recovery phase when the failed link gets restored the nodes adjacent to the restored link send R-APS(NR) (R-APS no request) messages. After receiving this message, the RPL owner block the RPL port and then sends a R-APS(NR,RB) (R-APS no request, RPL blocked) message. This will cause all other nodes other than RPL owner in the ring to unblock all the blocked ports. We use this for Ciena Packet Rings. - Understand the different types of fiber optics, connector types, and pluggables. o TYPES: Singlemode (9 micron), Multimode (OM1 62.5 micron, OM3 50 micron). o CONNECTORS: ST, SC, LC o PLUGGABLE SFP/XFPs: short range 850mn MM, 1310nm 10km SM, 1550nm 40km SM, and 1550nm 80km SM. SFP = Small Form-Factor Pluggable (typically 1G interface but can do SONET), dual fiber. SFP+ = Same size as SFP but can do 10G interface, dual fiber. XFP = Larger than SFP, 10G interface only, dual fiber. - Understand the basics of Ethernet switching and routing. o Understand the OSI (Open Systems Interconnection) model layers (application, presentation, session, transport, network, data-link, and physical). o Understand Ethernet frame structure (Preamble, Start of Frame Delimiter, Destination MAC address, Source MAC address, Length/Type, Data, and FCS) - Understand different types of SONET and Ethernet connections. o 568B o T1 pinout in an RJ45 connector (1 RX+, 2 RX-, 4 TX+, 5 TX-). o Ethernet pinout in an RJ45 connector (1,2,3,6) - Performs related activities as directed. Manages personal self-development and maintains current knowledge of the industry to leverage more effective or emerging technologies - Develops plans and prepares engineering job packages consisting of detailed parts/equipment lists, logical installation instructions and appropriate documentation (drawings, wiring diagrams, layouts, etc.) to support an efficient installation and maintenance process. - Works effectively with other team members to successfully implement transport projects. - Monitors installation work to ensure compliance with applicable regulations, guidelines, standards and procedures. - Maintains familiarity with current telecommunications technology and available facilities. - Resolves complex technical problems and provides technical assistance to installation and maintenance personnel. - Responsible for Telecom Change Management related to project work. - Performs related duties as assigned or requested. Required Qualifications: - Four years of experience designing and implementing transport networks - Understand different types of SONET and Ethernet connections. - Understand the basics of Ethernet switching and routing - Understand what SONET is and the different OC levels - Understand how BLSR/UPSR SONET ring protection and G.8032 Ethernet Protection schemes work - Understand the different types of fiber optics, connector types, and pluggables - Engineer should have a good grasp of how DWDM systems work, preferably Ciena 6500 DWDM systems - Must pass security background check - Understanding of communication technology and fundamentals. - Strong interpersonal skills to support successful performance in a team environment Desired Qualifications: Experience with Remedy tools and processes. Experience working in an Agile environment. Experience with the Corporate Documentation System (Fusion). Experience with subnetting Have experience with at least two of the following dynamic routing protocols: BGP, EIGRP, OSPF Experience with the first three layers (1, 2, and 3) of the TCP/IP stack Understand basic switch concepts (Spanning Tree Protocol, VLANs, interface connectivity, etc.) Can configure and administer routers and switches via multiple interfaces (locally and remotely) Experience implementing DWDM, TDM and SONET transport systems Experience with transport systems including Alcatel-Lucent (DMX family), Cisco (15454 etc.) , and new generation Ciena (3900 and 6500). Primary Location Plainfield, IN. Travel could be required throughout our service territory in Ohio, Indiana and Kentucky. Travel could also be required outside the service territory. Work at Energy Control and Nuclear facilities could be required. Regards, Vijay Kumar | Lead Recruiter Trail Blazer Consulting LLC | Astoria, NY 11105 Office: 914-650-4600 Ext: 148 Keywords: materials management rlang information technology fiveg New York South Carolina Texas |
| [email protected] View all |
| Mon Aug 28 20:09:00 UTC 2023 |