Position: 2G NPO RAN Engineer
General Purpose:
2G Radio network planning and optimization engineer is responsible for providing radio detail planning, BTS and BSC parameters planning, pre-launch and post-launch quality assurance and optimization services for 2G projects in collaboration with related stakeholders.
Job Grade: 8
Main Responsibility Area:
Technologies: 2G
Vendors: Huawei
Should have knowledge of 2G Basics, Multi-Layer Idle and Dedicated mode parameters and understand behavior of parameter tuning
Required to technically deliver network planning and optimization projects according to the agreed scope of work (SoW)
Performs critical (sometimes escalated) design and performance activities in customer projects independently. These may include complex problem solving in projects with performance requirements and multi-vendor environment
Good Knowledge of 2G Call flow, Familiarity with Power Control and impact of various power setting on the 2G network
Identify and resolve Performance degradation in the network within prescribed timelines
Perform Counter level analysis and problem isolation to arrive at an early RCA to improve network performance.
Traffic balancing using physical and soft parameters while ensuring KPI’s are met.
Good understanding of Huawei BTS hardware
Defines the criteria to assess network performance from end-user / service perspective and monitoring of that criteria
Identifies and anticipates proactively network performance issues (traffic/quality/resiliency) and provides recommendations for improvement
Optimizes the capacity of the network to meet traffic increase and customer requirements using either network extension or existing network modification
Ensures that design & optimization guaranty the capability for the network to provide end-user new services in line with customer environment, business goals/drivers and quality
To communicate effectively and work with a large team in collaborative mode
Planning BTS site configuration by using RF planning tool (NetAct Planner/Atoll/Asset) and also defining their related parameters: site coordinates, antenna type, antenna height, antenna tilt, antenna azimuth, cable loss, propagation model parameter
Setting the specific RF parameters for the site to be integrated.
Analyze site performance after integration through drive test measurements and/or OSS measurements, detecting eventual problems and recommending changes to fixing problem
Defining and monitoring parameter consistency check rules to Maintain BTS /BSC parameter database consistency
Defining and monitoring KPIs reports on network, area and BSC level
Defining and optimizing “worst objects” reports at BTS and BSC level, as well as troubleshoot and recommending the software changes, hardware changes or alerting O&M in case of hardware problem
Huawei 2G parameters detailed knowledge and optimization
Giving inputs in terms of capacity, quality and coverage for expansion phases Implementing new features required to improve overall radio network performance
Position Description:
The NPO Radio Network Planning and Optimization Engineer will be required to develop and ensure planning and optimization activities during network deployment phase and post integration stage. The NPO engineer will be expected to execute the following tasks:
RAN Design
Radio NW Design
Traffic balancing using physical and soft parameters while ensuring KPI’s are met.
RF Simulation
Mobile Access Design
Frequency Planning
Parameter Definition
Implementation Data Creation
FNI (First Network Implementation) Support
Pre-Launch Optimization
Parameter Changes
Physical Optimization (Tilt/Azimuth)
Mobility Analysis and Optimization
OSS KPI Analysis and Improvement
Single Site Verification
Cluster Tuning and Optimization
SLA/KPI Reporting and Acceptance
NW Assurance
KPI Monitoring, Analysis and Reporting
Reactive Optimization/ Trouble-shooting by NW KPI, MS log, some detail log.
Pro-active Optimization to avoid quality degradations
Capacity Management and Assurance
Parameter Optimization to meet the target KPI level
Position Requirements:
Bachelor’s degree in electrical engineering, Electronics Engineering, Telecommunications, Computer Science or corresponding experience
Good communication skills
Result Oriented
Team Player
2G technology understanding and know-how
2G design and optimization experienceKnowledge on 3GPP
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