I have over 10 years of experience designing and optimizing wireless networks, including LTE, 5G, and Wi-Fi systems. My work involves network planning, performance analysis, and troubleshooting to ensure optimal coverage, capacity, and quality of service. I’ve led cross-functional teams to deploy large-scale networks, implemented advanced RF optimization techniques, and utilized tools like Atoll and iBwave. My focus is on delivering seamless connectivity, reducing interference, and meeting both technical and business objectives.

I stay updated by attending industry conferences like MWC and IEEE events, reading technical journals, and participating in online forums. I also engage in continuous learning through certifications like CWNP and 5G training programs. Collaborating with peers and contributing to open-source projects helps me gain practical insights. Staying current with emerging trends like Open RAN, mmWave, and IoT ensures I can apply cutting-edge solutions to real-world challenges.

To mitigate interference, I employ techniques like frequency planning, power control, and advanced antenna configurations. I use tools such as spectrum analyzers and drive-testing software to identify interference sources. Additionally, I implement interference cancellation algorithms and leverage technologies like MIMO and beamforming. Proactive monitoring and optimization of network parameters ensure minimal disruption and maintain high-quality user experiences.

I approach troubleshooting systematically by first isolating the issue through data analysis and monitoring tools like Wireshark or PRTG. I then perform root cause analysis, examining hardware, software, and environmental factors. Collaborating with teams and leveraging diagnostic tools helps resolve issues efficiently. My goal is to minimize downtime while ensuring long-term solutions that prevent recurrence.

I have extensive experience in 5G deployment, including site acquisition, spectrum planning, and network slicing. I’ve worked on both NSA and SA architectures, ensuring seamless integration with existing LTE networks. My role involved coordinating with vendors, conducting field tests, and optimizing network performance. I’ve also focused on enabling low-latency and high-throughput use cases, such as IoT and AR/VR applications, to meet diverse customer needs.