Alexis Ramirez

Data Center Fiber Optic Technician – Facebook (Meta) Data Center Project – Social Circle, Atlanta

Experienced and detail-oriented Fiber Optic Technicianwith a proven track record of working on large-scale, mission-critical infrastructure projects. As part of the Facebook (Meta) Data Center development in Social Circle, GA, I have contributed to the successful deployment, termination, and maintenance of high-density fiber optic networks, aligned with the industry's highest standards for reliability, scalability, and performance in hyperscale data environments.

· Fiber Optic Cable Installation: Expert in deploying both single-mode (OS2)and multimode (OM3/OM4)fiber optic cabling according to engineering blueprints, structured routing plans, and project-specific layouts. All runs performed with precision, following strict bend radius limitations, environmental handling protocols, and route integrity.

· High-Precision Terminations and Splicing: Skilled in field-termination using LC, SC, and MPO/MTP connectors with high-quality polishing and connectorization practices. Familiar with fusion splicing for backbone fiber and intra-rack connections when required.

· Transceiver and Panel Integration: Installation and documentation of optical transceivers (SFP/SFP+QSFP) in network switches, routers, and AI compute equipment. Responsible for proper dressing and patching of fiber within racks, enclosures, and high-density panels, ensuring traceability, airflow compliance, and aesthetic routing per Meta standards.

· Dressing and Patching: High level of expertise in fiber cable dressing and patching for hyperscale environments. All fiber patch cords managed with professional-grade cable organizers and routed to minimize cross-interference, slack loops, or physical stress, supporting long-term reliability and maintenance.

· Troubleshooting and Testing: Hands-on use of personal diagnostic tools such as OTDR (Optical Time Domain Reflectometers), optical power meters, and fiber inspection scopes to identify and resolve issues such as misspatches, macro-bending, high-loss links, and contamination. Full responsibility for performing continuity tests and validating performance based on insertion loss and reflectance thresholds.

· Adherence to Meta Protocols and Safety Standards: All work performed in full compliance with Meta’s data center fiber standards, including ESD-safe handling procedures, documentation protocols, security clearances, and live-environment policies for operational racks and links.

· Directly supported a multi-phase hyperscale fiber deployment across multiple data halls, cold aisles, and IDFs, with thousands of fiber terminations executed and tested.

· Worked collaboratively with infrastructure engineers, quality assurance teams, and network operations to meet aggressive timelines while ensuring zero-defect delivery.

· Fiber systems deployed to support Meta’s AI workloads, machine learning clusters, and high-bandwidth compute infrastructure, forming the backbone of Meta’s global digital services.

As a Senior especialist in Low Voltage Jobs at Computech XP, I was responsible for the installation and maintenance of low voltage systems, including power, data, and security systems. I excelled in reading and interpreting blueprints, efficiently completing installations and ensuring they met the required specifications. My ability to work in a team environment and lead when necessary was crucial in successfully handling various low voltage commercial systems.

· Effectively led and collaborated within a team environment.

· Adhered strictly to safety regulations when working around hazardous materials.

· Updated firmware on various devices such as DVRs and IP cameras. Resolved complex technical issues without any supervision.

· Installed, tested and maintained low voltage systems such as fire alarms, CCTV, access control and audio and visual equipment.

· Like a Fiber and Network technician in Infrastructure and Data Centers with Focus on Artificial Intelligence Environments and Older systems.

As a specialized technician with extensive experience in network infrastructure and data center environments, I possess advanced knowledge in the design, implementation, maintenance, and troubleshooting of critical systems, including those optimized for Artificial Intelligence (AI) workloads. My approach combines high technical standards with meticulous execution, professional ethics, and the ability to operate in precision-driven and high-performance environments.

Structured Cabling and Terminations.

· Full proficiency in terminating UTP network cables in Cat 5E, Cat 6, and Cat 6E categories, as well as coaxial cables, ensuring signal integrity, shielding, and continuity.

· Execution of structured cabling runs in accordance with ANSI/TIA/EIA standards, following logical routing, professional labeling, and post-installation certification.

· Expert-level knowledge of T568A and T568B wiring standards, applied according to project requirements and existing network compatibility.

· Skilled in patching and dressing with a focus on aesthetics, functionality, and order, strictly adhering to industry best practices for presentation and operational clarity in communication rooms and technical areas.

Data Center Infrastructure

Direct involvement in the construction, expansion, and maintenance of next-generation data centers, designed to support high-performance infrastructures and AI clusters.

· Interpretation and implementation of engineering blueprints and layouts, ensuring the proper installation of racks, switches, cable trays, organizers, and all relevant physical infrastructure components.

· Installation and commissioning of racks, high-density network switches, power distribution units (PDUs), and structured cabling to support virtualized and high-compute environments.

Fiber Optics and Optical Components

· Experience in deploying and certifying single-mode and multimode fiber optic links, complying with proper bend radius, attenuation, and optical cleanliness protocols.

· Installation and activation of optical transceivers(SFP, SFP+, QSFP, among others), ensuring compatibility with active equipment.

· Precise execution of fiber patching and dressing on both panels and active equipment, minimizing signal loss and maintaining clean, documented routing.

· Resolution of optical issues such as misspatching, high attenuation, breakage, or signal interference, using my own diagnostic tools including OTDR, optical power meters, and inspection microscopes.

Integration in Artificial Intelligence Environments

· Applied knowledge in planning and supporting the physical infrastructure for AI environments, including GPU racks, low-latency networks (InfiniBand / 100GbE+), forced-air cooling systems, thermal management, and redundant power distribution.

· Coordination with engineering teams and data scientists to ensure that network infrastructure meets the bandwidth, redundancy, and scalability demands required for AI operations, large-scale data training, and machine learning systems.

· Familiarity with standards and best practices for implementing hybrid architectures that integrate on-premises AI infrastructure with public and private cloud platforms.

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Key Competencies:

· Termination and certification of Cat 5E, Cat 6, Cat 6E, and coaxial cables

· Professional-grade patching and dressing of copper and fiber cabling

· Installation of network racks, switches, panels, and optical transceivers

· Fault diagnosis in fiber optic networks using personal toolset

· Blueprint interpretation and implementation of infrastructure design

· Technical support for AI-driven, high-performance data center environments

I am committed to delivering professional, reliable, and high-quality solutions, with a focus on innovation, continuous improvement, and strict adherence to industry standards.

· Improved electrical installations by standardizing procedures for production and field personnel.

· Utilized effective troubleshooting methods, removed malfunctioning components and identified wiring issues to restore systems to working order.

· Completed daily reports on tasks performed during service visits.

· Provided technical support to customers regarding their low voltage systems.

· Scheduled routine system inspections and preventive maintenance. Tested circuitry and electronic components according to engineering instructions, technical manuals or knowledge of electronics.

· Inspected equipment for signs of wear or damage before performing maintenance services.

· Monitored performance of installed systems in order to ensure optimal operation.

· Calibrated instruments used in testing low voltage systems.

· Maintained detailed logs of installation, repair and updating services.

· Performed preventive, predictive and corrective maintenance to keep machinery running at optimal levels.

· Performed termination of cables including Cat5E, Cat6, Cat6E and coaxial cables for various systems.

· Created wiring diagrams for new installations or modifications to existing systems.

· Installed conduit piping, junction boxes and other related components for data cabling installations.

· Assisted in training junior technicians on proper methods for installing low voltage equipment.

· Designed or modified engineering schematics using computer-aided design software.

· Collaborated with other tradespeople on multi-disciplinary projects involving low voltage systems.

· Assembled and tested components, wiring and systems, locating and correcting faults to optimize production results.

· Assessed project blueprints and drawings to assess project scope and required materials.

· Conducted diagnostic tests to assess wire, part and system malfunctions.

· Repaired damaged wires or cable assemblies within a variety of electrical enclosures.

· Set up and operated specialized or standard test equipment to diagnose, test or analyze performance of electronic components, assemblies or systems.

· Configured network switches, routers and wireless access points.

· Conducted site surveys to determine customer requirements.

· Read and interpreted technical manuals, drawings and schematics to make accurate repair decisions.

· Completed day-to-day duties accurately and efficiently. Understood and followed oral and written directions.

· Maintained open communication with team members and stakeholders, resulting in successful project outcomes.

· Maintained schedule of class assignments to meet deadlines.

· Assisted with customer requests and answered questions to improve satisfaction.

· Achieved cost-savings by developing functional solutions to problems.

· Exceeded customer satisfaction by finding creative solutions to problems.