Conduct RF design simulations and performance analysis using specialized software tools.

Troubleshoot and resolve RF performance issues in wireless communication systems.

Design and optimize RF front-end circuits for wireless communication devices.

Perform RF measurements and characterization using network analyzers and spectrum analyzers.

Collaborate with cross-functional teams to integrate RF components into overall system design.

Develop and execute RF test plans to validate system performance.

Optimize antenna designs for improved signal strength and coverage.

Analyze and mitigate interference issues in wireless networks.

Create detailed documentation for RF designs and test results.

Stay updated with the latest advancements in RF technology and industry standards.

Optimize RF network parameters to enhance network performance and user experience, crucial for DT engineers.

Conduct drive tests to collect RF data and evaluate network coverage, signal strength, and quality.

Analyze drive test data to identify network issues, generate performance reports, and recommend improvements.

Troubleshoot and resolve RF network problems, including interference, coverage gaps, and hardware malfunctions.

Fine-tune RF network parameters such as power levels, antenna tilts, and neighbor lists to optimize network performance.

Perform benchmarking analysis to compare network performance against competitors and identify areas for improvement.

Test and validate new RF features and technologies, such as carrier aggregation and MIMO, to ensure proper functionality.

Assist in RF coverage planning and optimization to ensure adequate network coverage and capacity.

Identify and mitigate RF interference sources to improve network performance and reduce dropped calls.

Configure and maintain RF testing equipment, such as scanners, spectrum analyzers, and mobile devices.

Collaborate with other engineering teams, such as network planning and optimization, to resolve network issues.