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https://lnkd.in/ga6jUBg3 This has no longer been telecommunications Engineer since 2023. In fact, the job title should be called telecommunications support and assistant instead. I remember one of the telecommunications engineers who was working on to replace radio system. He was on tower sites with com techs and the consultants. However, he received the call before the end of the day from the boss saying the com tech told him that he didn't take note while on the site. The telecommunications Engineer wasn't happy after the call as not taking note isn't looking good. I myself laughed because now part of the job is to pretend to take note to look good. Of course, I started looking for job after his incident. For the new com techs replacing retired com techs, the so call telecommunications engineers called tech support number listed in the manual and tell exactly what tech support told engineers to com techs to troubleshoot instead of com techs calling the tech support of particular equipment himself to troubleshoot. More than 50 percent of engineer's time is to buy installation kits and inventory and deliver parts to com techs' cubes. The new boss isn't technical. He just knows fiber install. His way of budgeting isn't like any other managers at Pud or any manager I work with. I saw other engineers spending time to "meet" him (explain to him) so he wouldn't be stupid in the meeting with other team leaders. Other departments, managers are engineers in their fields and experts in their areas (substation, distribution, transmission, protection, and SCADA).

Every telecom and specially signal engineer.. should be knowing the answer.

#Fiber #Restoration #Team (FRT) A Fiber Restoration Team (FRT) is a specialized group of professionals tasked with swiftly restoring and repairing fiber optic communication infrastructure to ensure uninterrupted services. Here are more specific details about the team: Team Composition: Technicians: Skilled individuals responsible for physically repairing and maintaining the fiber optic cables and equipment. Engineers: Experts in network architecture, design, and troubleshooting, providing technical expertise for complex repairs and improvements. Project Managers: Oversee the entire restoration process, coordinating team efforts, timelines, and resources to ensure efficient execution. Safety Personnel: Trained individuals responsible for enforcing safety protocols and ensuring a safe working environment for the team. Training and Expertise: Team members undergo rigorous training in fiber optic technology, repair techniques, safety protocols, and the operation of specialized equipment. Continuous education and training keep the team updated with the latest advancements in fiber optic technology and repair methods. Equipment and Tools: Specialized fiber optic splicing machines, fusion splicers, OTDRs (Optical Time-Domain Reflectometers), cleavers, and other tools essential for repairing and testing fiber optic cables. High-quality protective gear and safety equipment to ensure the safety of team members during repair operations. Responsibilities and Tasks: Rapid response to incidents and damages to fiber optic networks. Thorough assessment of the damage, including the extent and cause, to devise an effective repair plan. Efficiently repairing or replacing damaged fiber optic cables, connectors, and other components. Conducting rigorous testing and quality checks to verify the functionality and performance of the restored sections. Collaborating with other teams, stakeholders, and organizations involved in the restoration efforts. Emergency Response Protocols: Defined protocols for rapid deployment and mobilization in response to emergencies or network outages. Communication strategies to quickly inform team members and coordinate their actions during an emergency. Documentation and Reporting: Detailed documentation of each restoration project, including repair procedures, equipment used, and testing results. Reporting to higher management and stakeholders, summarizing the restoration process, outcomes, and any recommendations for future improvements. A well-organized and highly skilled Fiber Restoration Team plays a critical role in maintaining the integrity and functionality of fiber optic communication networks, ensuring uninterrupted connectivity for businesses and communities. The goal of a fiber restoration team is to swiftly and efficiently restore fiber optic communication infrastructure to minimize downtime and ensure uninterrupted services.

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Telecommunication Engineering

An OSP engineer, often referred to as an Outside Plant engineer, is a professional who specializes in the design, planning, installation, and maintenance of telecommunications and network infrastructure that is located outside of buildings or network data centers. The "outside plant" refers to the physical infrastructure that connects various buildings, neighborhoods, or regions to a telecommunications or data network. OSP engineers work in the telecommunications industry and play a crucial role in ensuring that networks are reliable, efficient, and capable of delivering services to end-users. Key responsibilities of an OSP engineer may include: #Network Design: Designing the layout and architecture of the network infrastructure, including the placement of cables, fiber optics, conduits, and distribution points. #Project Planning: Developing project plans, timelines, and budgets for network expansion or maintenance projects. #Cable Installation: Overseeing the installation of underground and overhead cables, fiber optic lines, and other transmission media. #Equipment Installation: Installing and configuring equipment such as junction boxes, distribution panels, and network cabinets. #Maintenance and Repairs: Performing routine inspections, maintenance, and repairs to ensure network reliability. This includes troubleshooting and addressing issues that may arise. #Regulatory Compliance: Ensuring that network installations and modifications comply with relevant industry standards and regulations. #Documentation: Maintaining detailed records and documentation of network infrastructure, including maps, schematics, and maintenance logs. #Safety: Ensuring that all installations and maintenance work adhere to safety protocols and guidelines. #Coordination: Collaborating with other teams and departments within the telecommunications company, as well as with contractors and vendors. #Expansion and Upgrades: Planning and executing network expansions and technology upgrades to meet increasing demand and improve network performance. #osp #FTTX #HahinNariman image and Article taken from Google and #ChatGPT.

📌 Understanding Microwave Transmission Network. As a Microwave Transmission Engineer, you need to understand the complexities of microwave communication systems. This plays a vital role in designing, deploying, and optimizing microwave links. 📍 Microwave Communication Fundamentals: Develop a strong understanding of microwave communication principles, including frequency bands, modulation techniques, and propagation characteristics. Gain insights into the advantages and limitations of microwave technology. 📍 Microwave Link Design: Learn the art of designing microwave links, including path analysis, link budget calculations, and antenna selection. Understand the factors that influence link performance, such as Fresnel zone clearance, fade margins, and interference mitigation. 📍Equipment Selection and Configuration: Explore the range of microwave transmission equipment available in the market. Gain knowledge about different types of microwave radios, antennas, and ancillary components. Understand how to configure and optimize microwave equipment for optimal performance. 📍Path Engineering and Site Surveys: Discover the techniques involved in path engineering, where you'll analyze terrain profiles, conduct site surveys, and assess clearance requirements. Learn how to identify potential obstacles and mitigate their impact on microwave links. 📍 Network Planning and Optimization: Gain insights into network planning for microwave transmission systems. Understand how to optimize network performance through frequency planning, capacity management, and interference analysis. 📍 Link Performance Monitoring and Troubleshooting: Learn how to monitor and evaluate microwave link performance using tools and performance metrics. Acquire troubleshooting skills to identify and resolve issues that affect link quality and reliability. 📍Safety and Regulatory Compliance: Understand the safety considerations and regulatory requirements associated with microwave transmission systems. Learn about licensing, frequency coordination, and compliance with industry standards. As a skilled Microwave transmission engineer, this knowledge will help you contribute to the advancement of telecommunications technology! #microwave #telecommunication #wirelesstechnology #transmission

Augmented Reality (AR) In OSP Maintenance Outside plant (OSP) maintenance is a critical aspect of telecommunications and network infrastructure management. Ensuring the seamless functioning of fiber optic networks, power distribution systems, and other essential components requires swift and precise troubleshooting. Augmented reality (AR) technologies have emerged as powerful tools to enhance the efficiency of field technicians in OSP maintenance and troubleshooting. This article delves into the integration of AR technologies in OSP, exploring how they are transforming the way field technicians operate and address issues. https://lnkd.in/dqmGAZ2b #AR #opd #outsideplantdamage #outsideplantinfrastructure #telecom #telecommunications #utilities #technologies #technology #augementedreality #troubleshooting #phoenixlosscontrol #network #transformation

Distributed Network Protocol 3 (DNP 3.0) #electrical #engineering #followme #electricalwork #learningeveryday #ELV #IT #safety #electricalengineering