- Project Oversight: Coordinated multiple RF engineering projects from inception to completion, ensuring alignment with technical specifications, timelines, and budget constraints. Acted as the primary point of contact between engineering teams, stakeholders, and clients. - Design and Analysis: Conducted detailed RF design and analysis, including the development of RF circuit schematics, layout design, and simulations. Utilized Rhode and Schwarz (R&S) software tools such as Smart Monitor and Smart Analytics to optimize performance and meet project goals.- Cross-Functional Collaboration: Collaborated with cross-functional teams, including hardware, software, and systems engineering, to integrate RF solutions into larger projects. Facilitated regular meetings to track progress, address challenges, and ensure project milestones were met.- Documentation and Reporting: Created comprehensive project documentation, including RF specifications, test plans, and progress reports. Maintained detailed records of project changes and communicated updates to stakeholders to ensure transparency and alignment.- Testing and Validation: Oversaw the testing and validation of RF components and systems, coordinating with test engineers to develop robust test plans and methodologies. Analyzed test results to identify areas for improvement and provided actionable feedback.- Risk Management: Identified potential risks and challenges early in the project lifecycle, implementing mitigation strategies to minimize impact on project timelines and deliverables.

- Led RF optimization projects for a large metropolitan area, optimizing network performance and improving KPIs.- Utilized industry-standard tools such as TEMS, Actix and Huawei probe to analyze network performance data, identify coverage gaps, and reduce interference.- Conducted drive tests and post-processing analysis to identify and resolve RF-related issues, resulting in a 20% improvement in call success rate.- Collaborated with network planning and operations teams to fine-tune network parameters, improving data throughput by 25% and enhancing overall network capacity.- Developed and implemented handover optimization strategies, reducing call drops during handovers by 30% and improving the user experience.- Prepared comprehensive reports and presentations on network performance, presenting findings to stakeholders and management.- Stayed updated with industry advancements by attending workshops and training programs on LTE and 5G technologies.- Received the "Outstanding Performance Award" for achieving significant improvements in network KPIs and delivering successful optimization projects.

- Conducted drive tests to evaluate and optimize network performance in various geographical areas, including urban, suburban, and rural environments.- Utilized industry-standard drive test tools such as TEMS Investigation to collect and analyze network data, including signal strength, quality, and coverage.- Collaborated with network planning and optimization teams to identify areas of poor coverage, dropped calls, and data congestion.- Analyzed drive test data to identify network issues such as interference, handover failures, and coverage gaps, and provided recommendations for improvement.- Conducted post-processing analysis using tools like Actix Analyzer and MapInfo to generate coverage maps, identify areas of low signal strength.- Worked closely with RF engineers to troubleshoot and resolve network issues, including adjusting antenna parameters, optimizing handover parameters, and implementing interference mitigation techniques.- Assisted in the deployment and testing of new network technologies, such as LTE, by conducting drive tests and analyzing performance metrics.- Prepared detailed reports and presentations on drive test findings, including recommendations for network optimization and improvement.- Stayed updated with industry trends and advancements by attending conferences, workshops, and training programs related to drive testing and network optimization.