Network Planning and Design: Employed advanced methodologies to architect and design FTTH networks, conducting thorough data analysis, assessing infrastructure constraints, and aligning with client requirements. These skills directly transfer to data analysis, where expertise in data interpretation and analysis is indispensable for uncovering actionable insights.Spatial Analysis: Leveraged Geographic Information Systems (GIS) software and geospatial analysis techniques to optimize fiber optic network routes, ensuring efficient deployment and maximum coverage. These spatial analysis proficiencies are directly applicable to data analysis, facilitating the interpretation of geospatial datasets and the identification of spatial correlations and trends.Data Interpretation: Utilized technical schematics, specifications, and spatial datasets to inform decision-making processes in network design. This expertise highlights my ability to interpret complex datasets—a critical competency in the data analyst/scientist role, where extracting meaningful insights from data is paramount.Problem-Solving and Optimization: Applied advanced problem-solving methodologies to mitigate network congestion, signal degradation, and resource allocation challenges, resulting in enhanced network performance. These problem-solving abilities directly translate to data analysis, where resolving analytical challenges is key to deriving valuable insights from datasets.Quality Assurance and Compliance: Conducted rigorous quality assurance procedures and compliance audits to ensure network integrity and adherence to regulatory standards. This meticulous approach to quality control is directly applicable to data analysis, where ensuring data accuracy and compliance with regulations are critical for generating reliable insights.

Network Planning and Design: Demonstrated expertise in planning and designing FTTH networks, requiring a meticulous analysis of data, infrastructure constraints, and customer requirements. These skills translate seamlessly to data analysis, where the ability to interpret and analyze data sets is paramount for deriving meaningful insights.Spatial Analysis: Leveraged GIS software and spatial analysis techniques to evaluate geographical data, determine optimal fiber routes, and ensure efficient network deployment. This proficiency directly applies to data analysis, where spatial analysis skills are valuable for interpreting geographic data sets and identifying spatial patterns.Data Interpretation: Utilized technical specifications, schematics, and spatial data to inform decision-making in network design. This experience underscores my ability to interpret and analyze complex data sets—a critical skill for a data analyst/scientist role, where the ability to extract actionable insights from data is essential.Problem-Solving and Optimization: Applied a problem-solving mindset to address network congestion, signal loss, and resource allocation challenges, optimizing network performance. These problem-solving skills are transferable to data analysis, where identifying and solving analytical challenges are key to extracting meaningful insights from data.Quality Assurance and Compliance: Conducted rigorous quality assurance checks and compliance audits to ensure network integrity and regulatory compliance. This attention to detail and commitment to quality is directly applicable to data analysis, where ensuring data quality and adherence to regulations are paramount for producing reliable insights.

1. Crafting technical drawings and drawings and schematics for telecommunication system, including network layouts, cable routes and equipment placement.2. Utilizing AutoCAD Software to produce detail drawings.3. Collaborating with engineers and other team members to understand project requirements and specifications.