Senior LTE RF Engineer Resume

TECHNICAL SKILLS

PROFESSIONAL EXPERIENCE

Senior LTE RF Engineer

Confidential

Responsibilities:

Perform LTE network analysis and recommendations using a combination of drive data and network statistics.
Network parameter Optimization and traffic analysis.
Monitoring site alarms, doing health check status of sites
Daily meeting with customer to provide an update on the deployment process and to coordinate between different teams on large scale projects.
Follow up on 5G broadband trails and latest technology update.

Senior LTE/RF Wireless Engineer

Confidential

Responsibilities:

LTE multi band network KPIs trendy analysis and performance monitoring. Worst cells identification, analysis and optimization, FDD and TDD.
Perform new feature testing, validation and tuning for LTE networks.
Network parameters inconsistency check, audit and optimize site parameters. recommend soft network and physical changes, impact evaluation
Capacity monitoring, analyze RF traffic and perform capacity planning for site expansion, coverage and footprint optimization.
VoLTE analysis and troubleshooting by following SIP call flow and IMS protocol.
Data post - processing and analysis for multi carriers network.

RF Design Engineer

Confidential

Responsibilities:

RF design for Micro (Wi-Fi) and Macro Cells network using Mentum Planet, selecting best candidates for new cells through specific thresholds.
Create a new frequency plan based on the interference matrices to have best SINR for new and existing sites. Full coverage design with no overlapping between cells.
Check the alternative structural for new candidate through FCC website for acquisition process.
Interface with different project managers and customer to catch up with deadline of ongoing and future work, prepare and publish engineering and executive reports.

LTE RF Optimization & Service Assurance Engineer

Confidential

Responsibilities:

Monitoring and analyzing daily network performance KPIs using M2000 and PRS.
Features testing and analyzing like (ANR, MRO, ICIC, PS HO to IRAT, steering).
Cluster optimization, new sites acceptance (SFT), planning DT Route, analyze and post process drive test log files to identify possible swap feeders, wrong PCIs, missing neighbors, overshooting cells.
Layer3 messages and events analysis by using TEMS Investigation, Genex Probe, Genex Assistant and Actix.
RF Parameters audit, check network inconsistencies (PCI conflict, Uni-directional NBRs, wrong TAC) using Xeda, Xeus Aexio and CME.
Antenna hardware modification (Tilt, Azimuth) for overshooting and interference, adding new sector or site to improve the network coverage or solve bad quality areas using Mentum Planet or Naster.
End-End signaling call trace to solve customers’ complaints.

RF Planning & Optimization Engineer

Confidential

Responsibilities:

Enhance BSC & RNC performance as per the target KPIs by optimizing the worst cells, modifying cell / BSC & RNC parameters, analyze the log files to optimize the network quality and the coverage using M2000 & PRS.
Antenna physical optimization for overlapping and overshooting cells.
Monitoring the congested and high utilized cells to determine the necessary modification, frequency fine-tuning, cell upgrade and plan for new sites.
Conduct site survey, deliver the new candidates to acquisition team, prepare the RF database & parameters for the new sites, cluster optimization, removing pilot pollution from dense areas and modifying neighboring relations