ALPESH PARMAR

Worked as Project Coordinator on the Bharti MRO and Nokia Bharti SCFT project at Vedang Cellular Pvt Ltd.

• Assisted team in resolving TEMS issues and processing log files.
• Coordinated field team to ensure PTW compliance and safety protocols.
• Conducted RF surveys for new towns and existing sites, providing antenna specifications.
• Successfully completed 1,000 site rollouts for SCFT utilizing multiple technologies.
• Executed four town MRO drives, enhancing operational efficiency.
• Performed technical site surveys and hot spot evaluations, compiling detailed reports.
• Collaborated with DT teams to address RF-related issues through optimization strategies.
• Analyzed drive test data and produced ATP reports for informed decision-making.

Coordinated field team operations, ensuring safety and adherence to PTW protocols.

• Successfully completed rollout of 1,000 new SCFT sites using L900 and L2100 technologies.
• Created GIS and CELFILE documentation for project tracking.
• Submitted comprehensive reports on completed SCFT sites to stakeholders.
• Led coordination efforts for RF SCFT and drive tests across Gujarat cluster and MRO sites.
• Performed post-processing of log files, conducting drive test data analysis and preparing presentation reports.
• Analyzed drive data logs to identify coverage gaps, RX quality metrics, call drop issues, and interference levels.
• Managed customer complaints by optimizing site performance or recommending solutions like repeaters and IBS.

Conducted RF drive tests on airtel Bharti MS projects to identify call drop causes and interference issues.

• Implemented hardware and antenna adjustments to resolve handover failures and improve quality.
• Verified radio cell coverage against predictive models to ensure optimal service delivery.
• Checked parameters including Rx Level, Cell ID, Rx Quality, and BSIC for performance evaluation.
• Analyzed throughput data during drive tests to calculate speed and coding schemes for site optimization.
• Performed primary optimization to address existing coverage issues and troubleshoot call drops.
• Reduced pilot pollution and overshooting through targeted monitoring of RSCP and EC/NO levels on 3G sites.

Analyzed network issues to identify causes of call drops, blocked calls, and handover failures.

Optimized performance through hardware modifications, antenna adjustments, and tilt refinements.

Evaluated radio cell coverage against predicted models for accuracy and reliability.

Verified key parameters including Rx level, Cell ID, Rx quality, and BSIC values.

Conducted data drive tests to assess throughput, speed, and coding schemes for site optimization.

Performed data analysis post-drive test to troubleshoot call drop and handover concerns.

Reduced pilot pollution and overshooting by monitoring RSCP and EC/NO levels on 3G sites.

Managed on-site customer complaints regarding network performance effectively.