The document is a resume for Akhilesh Kumar Pandey summarizing his qualifications and experience as an RF Optimization Engineer with over 9 years of experience in GSM, WCDMA, and LTE networks. It provides details of his current role as a Senior Network Engineer with Ericsson India along with previous roles and responsibilities handling RF optimization, planning, and performance monitoring. Technical skills and tools used are also listed.
This document is a curriculum vitae for Sushil Kumar Kushwaha. It summarizes his professional experience in radio network optimization spanning over 8 years, including 3 months of onsite experience working with AT&T USA on LTE and WCDMA network expansion and optimization projects. It also lists his technical skills, qualifications, and contact information.
This document provides a summary of Satisha Kumar's professional experience and qualifications. Some key points:
- Satisha has over 3.6 years of experience in RF planning and optimization for 3G cellular networks working with Ericsson India.
- Professional experience includes radio network optimization, planning, parameter tuning, drive test analysis and troubleshooting.
- Onsite project experience with DTAC in Thailand, where Satisha helped with the integration of new sites, optimization, and clearing customer issues.
- Technical skills include the use of planning, optimization and analysis tools from Ericsson, TEMS and other vendors.
- Certifications include Ericsson RNO, RAN and RND certifications.
Khaja Iftekhhar Uddin has over 10 years of experience in network performance engineering and optimization. He currently works as a Performance Management Engineer for Nokia Solutions Networks in Jeddah, Saudi Arabia, where he is responsible for network monitoring and reporting, troubleshooting issues, and ensuring key performance indicators are met. Previously, he held roles as an RF Engineer for various telecom companies in Saudi Arabia and India, where he performed drive testing, post-processing analysis, and network optimization to improve coverage and quality of service.
This document is a resume for Adeel Ahmed, a 2G/3G/LTE RF engineer with almost 4 years of experience in network optimization and planning for cellular networks. It lists his contact information and objective, followed by a work history summarizing his roles optimizing networks for various telecom companies in Pakistan and the UAE. It also provides details of his educational background and technical skills.
Lemuelle L. Labadan has over 7 years of experience in UMTS/3G network optimization. He has worked on optimization projects for Globe Telecommunications in the Philippines, focusing on the National Capital Region, South Luzon, North Luzon, and Mindanao regions. His responsibilities included drive test analysis, parameter optimization, capacity management, and resolution of customer complaints. He has expertise in using tools like TEMS, Nemo Outdoor, Actix Analyzer, and MapInfo.
Brijmani Kumar has over 8 years of experience in RF optimization for LTE and CDMA networks. He currently works as an RF LTE Optimizer for Reliance Jio, where he is responsible for deployment and optimization of LTE networks in Delhi. Previously he worked for Ericsson as an RF Optimizer, where he optimized CDMA and LTE networks in the US. He is proficient in various RF optimization tools and has expertise in improving network KPIs.
Lelin Kumar Singh has over 7 years of experience in RF planning and optimization for 2G, 3G, HSDPA and HSUPA networks. He has worked for various companies including Ericsson India, Alcatel Lucent and GIS Private Limited. Some of his responsibilities have included dimensioning networks, validating site configurations, analyzing site performance, meeting KPIs and troubleshooting issues. He holds a B.E. in Electronics and Communication from J.I.E.T.
√ Satbir Singh Rana is a RF Lead with over 10 years of experience in 2G, 3G, and LTE network optimization and deployment.
√ He currently works as an Assistant Manager for RJIO optimizing their LTE network in North India.
√ Prior experience includes roles optimizing networks for Reliance Communications, BSNL, Ericsson, and AT&T.
This document is a curriculum vitae for Sushil Kumar Kushwaha. It summarizes his professional experience in radio network optimization spanning over 8 years, including 3 months of onsite experience working with AT&T USA on LTE and WCDMA network expansion and optimization projects. It also lists his technical skills, qualifications, and contact information.
This document provides a summary of Satisha Kumar's professional experience and qualifications. Some key points:
- Satisha has over 3.6 years of experience in RF planning and optimization for 3G cellular networks working with Ericsson India.
- Professional experience includes radio network optimization, planning, parameter tuning, drive test analysis and troubleshooting.
- Onsite project experience with DTAC in Thailand, where Satisha helped with the integration of new sites, optimization, and clearing customer issues.
- Technical skills include the use of planning, optimization and analysis tools from Ericsson, TEMS and other vendors.
- Certifications include Ericsson RNO, RAN and RND certifications.
Khaja Iftekhhar Uddin has over 10 years of experience in network performance engineering and optimization. He currently works as a Performance Management Engineer for Nokia Solutions Networks in Jeddah, Saudi Arabia, where he is responsible for network monitoring and reporting, troubleshooting issues, and ensuring key performance indicators are met. Previously, he held roles as an RF Engineer for various telecom companies in Saudi Arabia and India, where he performed drive testing, post-processing analysis, and network optimization to improve coverage and quality of service.
This document is a resume for Adeel Ahmed, a 2G/3G/LTE RF engineer with almost 4 years of experience in network optimization and planning for cellular networks. It lists his contact information and objective, followed by a work history summarizing his roles optimizing networks for various telecom companies in Pakistan and the UAE. It also provides details of his educational background and technical skills.
Lemuelle L. Labadan has over 7 years of experience in UMTS/3G network optimization. He has worked on optimization projects for Globe Telecommunications in the Philippines, focusing on the National Capital Region, South Luzon, North Luzon, and Mindanao regions. His responsibilities included drive test analysis, parameter optimization, capacity management, and resolution of customer complaints. He has expertise in using tools like TEMS, Nemo Outdoor, Actix Analyzer, and MapInfo.
Brijmani Kumar has over 8 years of experience in RF optimization for LTE and CDMA networks. He currently works as an RF LTE Optimizer for Reliance Jio, where he is responsible for deployment and optimization of LTE networks in Delhi. Previously he worked for Ericsson as an RF Optimizer, where he optimized CDMA and LTE networks in the US. He is proficient in various RF optimization tools and has expertise in improving network KPIs.
Lelin Kumar Singh has over 7 years of experience in RF planning and optimization for 2G, 3G, HSDPA and HSUPA networks. He has worked for various companies including Ericsson India, Alcatel Lucent and GIS Private Limited. Some of his responsibilities have included dimensioning networks, validating site configurations, analyzing site performance, meeting KPIs and troubleshooting issues. He holds a B.E. in Electronics and Communication from J.I.E.T.
√ Satbir Singh Rana is a RF Lead with over 10 years of experience in 2G, 3G, and LTE network optimization and deployment.
√ He currently works as an Assistant Manager for RJIO optimizing their LTE network in North India.
√ Prior experience includes roles optimizing networks for Reliance Communications, BSNL, Ericsson, and AT&T.
Hirak Jyoti Mazumdar has over 6 years of experience in RF planning, designing, and optimization of 2G, 3G, and M2M networks. He currently works as a senior RF engineer, providing expertise in radio network design, planning, optimization, and performance monitoring. Some of his key skills and responsibilities include automatic frequency planning, drive test analysis, parameter tuning, troubleshooting network issues, and improving key performance indicators. He has extensive experience working with various telecom vendors and mobile operators in India and abroad.
Hisham Zahoor is seeking a position as an RF Post Processing Engineer and has over 3 years of experience in the telecom industry. He has in-depth knowledge of GSM, UMTS, LTE networks and experience conducting drive tests, analyzing network data, and producing reports to optimize network performance. His professional experience includes projects with Zain, STC, and Bharti Telecom where he performed tasks such as site audits, drive testing, post processing analysis, and troubleshooting to resolve network issues.
The document provides a resume summary for Amit Modi, a telecom professional with 10 years of experience in radio network optimization. Some key points:
- He has extensive experience optimizing 2G, 3G, and 4G networks for various operators through projects in countries like Germany, Indonesia, and the UK.
- His skills include drive test analysis, KPI monitoring and improvement, parameter tuning, and modernization projects involving swapping equipment.
- Currently he works as a specialist for Ericsson in India, leading optimization work for Vodafone Germany and other projects.
This document provides a summary of Timehin-James Oluwaseun's work experience and qualifications. He has over 7 years of experience optimizing 2G and 3G radio networks in Nigeria, including senior roles with Etisalat and Qualiserve Technologies. His responsibilities included analyzing network performance, identifying issues, implementing solutions to improve key performance indicators, and ensuring networks met client standards. He holds a BSc in Physics and has extensive training in radio network optimization, troubleshooting, and performance analysis tools.
This document summarizes Koonsys' iNOP network optimization software and service. It describes Koonsys' history and timeline, the traditional and innovative services it offers to wireless and wired network operators, its customers and partners. It then discusses trends in the telecom industry requiring cost savings and network expansion. iNOP is presented as the unique solution that addresses both needs through a techno-economic model combining technical and financial optimization of transmission networks. The document outlines how iNOP works through advanced algorithms, potential project results, deliverables and sample case studies showing capacity increases, cost savings and other benefits achieved for various mobile operators.
Ousainou Demba has over 15 years of experience in RF engineering, design, and optimization for cellular networks including AMPS, TDMA, CDMA, GSM, UMTS, and LTE. He currently works as a consulting RF engineer for T-Mobile performing tasks such as site design, parameter optimization, and troubleshooting. Previously he has held RF engineering roles at Ericsson, Sprint, Cricket Communications, and US Cellular focusing on areas such as network design, deployment, optimization, and performance engineering.
Ajith Kumar has over 7 years of experience in telecommunications optimization. He has worked on 4G/3G/2G networks for various customers like Ericsson, ZTE, Alcatel-Lucent, and Huawei. His roles have included network optimization, parameter tuning, drive testing, troubleshooting, and performance analysis using various tools. Currently he works as a senior engineer optimizing 4G, 3G, and 2G networks for Vodafone Spain.
Ganesh has over 5 years of experience as a 3G RF engineer optimizing radio networks. He currently works for Nokia optimizing Vodafone's WCDMA network, which involves monitoring KPIs, planning new sites, capacity upgrades, and drive testing. Previously he worked for IWS optimizing BSNL's GSM and WCDMA networks during equipment swaps from various vendors to ZTE and Huawei, focusing on improving KPIs and troubleshooting issues.
Ganesh Sankarapandi has over 6 years of experience optimizing radio networks. He is currently a Senior Engineer at Ericsson India optimizing a GSM/UMTS network in Bangladesh that was swapped from Huawei to Ericsson. Previously, he held roles optimizing Vodafone's UMTS network as a 3G RF Engineer at Nokia and optimizing a swapped GSM/UMTS network for BSNL in India as a Senior RF Engineer. He has extensive experience monitoring KPIs, drive testing, parameter tuning, capacity planning, and troubleshooting various 2G and 3G technologies.
The document provides a summary of Sudip Mazumder's professional experience and qualifications. He has over 17 years of experience in telecommunications, currently serving as Deputy CTO at Reliance Jio. Prior to this, he held senior roles at Ericsson, Motorola, and other telecom companies. He leads teams and is responsible for tasks like network optimization, meeting key performance indicators, and ensuring customer satisfaction. He has a BE degree and training in areas like radio network planning, GSM/WCDMA technology, leadership, and software.
Vikrant Tiwari is a RF professional with over 5 years of experience in RF optimization, 3G and GSM operations, and data analysis. He has optimized networks for Vodafone and Airtel across several cities and states in India. Currently he works as a Network Design and Optimization Engineer for Nokia Solutions and Networks in Lucknow, where he is responsible for monitoring KPIs, planning new sites, and optimizing network performance.
Subodh Kant Kumar is seeking a position utilizing his more than 2 years of experience in telecom engineering. He has expertise in GSM, UMTS, LTE networks along with optimization, drive testing, site audits, and troubleshooting. His technical skills include conducting drive tests and analyzing data to check coverage, quality, and resolve issues. He is proficient with testing tools like TEMS, MCOM, and GPS.
Mohammad Ishaq Mahmood is seeking a position as an RF Optimization Engineer. He has 8 years of experience in telecommunications engineering, including managing RF optimization projects. He is proficient with various testing tools and drive testing methodologies. Currently he works as an RF Optimization Engineer and Team Leader for Waseela for Integrated Telecommunications Solutions in Saudi Arabia, where he performs RF measurements and optimization.
Lakshman Vatada is seeking a position that utilizes his 3 years of experience in the telecom industry. He has expertise in analyzing network performance statistics, optimizing frequency and neighbor planning, conducting drive tests, and troubleshooting issues to improve key performance indicators. His experience includes roles as a radio network operator and engineer for various telecom projects in India.
Hussam Eddin Al-Jammal has over 7.5 years of experience in GSM RF planning, optimization, and performance monitoring. He has worked for major wireless operators in Syria, Saudi Arabia, Algeria, and Tunisia. His responsibilities have included frequency planning, drive testing, parameter tuning, and improving key performance indicators to enhance network quality and reduce call drops, handover failures, and other issues. He is proficient with Ericsson optimization tools and has strong programming skills.
Said Bacha is seeking a position as an RF Engineer with experience of over 4 years working on GSM, UMTS, and LTE network optimization projects for various operators in Oman, Pakistan, and the UAE. He has extensive skills in drive testing, site auditing, parameter optimization, and issue identification and resolution for 2G, 3G, and 4G networks. Currently working for Omantel on an LTE/UMTS project since 2015, he aims to further contribute his technical skills and project experience.
Neeraj Kumar Gupta has over 8 years of experience in planning and optimization for GSM and UMTS networks. He has expertise in drive testing, optimization tools like Nemo Outdoor and MapInfo, and worked with vendors like ZTE, ALU, and Motorola. Gupta's roles included maintaining KPIs, resolving degradations, physical optimization, planning new sites, and benchmarking for Reliance Communications networks in Madhya Pradesh. He holds an M.E. in Electronics with a specialization in digital instrumentation and a B.E. in Electronics and Telecommunications.
RF optimisation aims to identify and resolve potential faults in the network before they affect performance through activities like pre-launch optimisation, continuous optimisation, and swap management. Key aspects of optimisation include drive testing, parameter tuning, antenna adjustments, and monitoring KPIs to maintain network quality. GTL provides end-to-end optimisation services both on-site and through a virtual optimisation centre with remote analytics, tools, and concentrated RF expertise.
This document describes the roles and responsibilities for three different network optimization engineer positions: LTE optimization engineer, 3G WCDMA Optimization Engineer, and 2G Optimization Engineer. The LTE optimization engineer role involves monitoring, analyzing, and optimizing LTE KPIs through parameter tuning and antenna adjustments. The 3G optimization engineer role focuses on activities like KPI monitoring, antenna configuration, performance analysis, traffic optimization, and neighbor optimization. Similarly, the 2G optimization engineer role involves RF planning, parameter setting, KPI monitoring, antenna configuration, performance analysis, traffic optimization, and neighbor optimization for 2G networks.
This document provides guidance on optimizing 3G radio network performance. It begins by discussing network planning best practices and the importance of proper site placement. The document then describes various checks that should be performed to evaluate network health, including alarms, software/parameters, neighbors, cell load, and KPIs. Potential issues that could impact performance are also outlined. The document concludes by listing the top 10 optimization activities that can improve call performance for common issues as well as voice, video, PS, and ISHO-specific problems. Guidance is provided on tools that can be used for optimization, including field measurement tools for drive testing.
Antenna hopping is a technique that introduces transmit diversity by alternating the transmit antenna between bursts. This helps overcome signal fading and improves signal strength. It works by averaging out the fading dips of the signal at any point by using combinations of the same signal from two different transmit paths. Antenna hopping can be used without increasing the number of transmitters in a base station and provides benefits like a more robust radio environment and improved signaling performance.
Bsspar1 s14 chapter 01_introductionto_parameterplanning_v1.1Simon Aja
This document discusses parameter planning for Nokia Siemens Networks' BSS (Base Station System) software. It outlines the managed object hierarchy, describes how to look up parameter values and defaults in the parameter dictionary, and explains how parameters and objects can change with new software releases. The document also covers general, feature, and BSC-specific parameter files that store configuration settings, and how to view and export parameter values using NetAct tools and MML commands.
Hirak Jyoti Mazumdar has over 6 years of experience in RF planning, designing, and optimization of 2G, 3G, and M2M networks. He currently works as a senior RF engineer, providing expertise in radio network design, planning, optimization, and performance monitoring. Some of his key skills and responsibilities include automatic frequency planning, drive test analysis, parameter tuning, troubleshooting network issues, and improving key performance indicators. He has extensive experience working with various telecom vendors and mobile operators in India and abroad.
Hisham Zahoor is seeking a position as an RF Post Processing Engineer and has over 3 years of experience in the telecom industry. He has in-depth knowledge of GSM, UMTS, LTE networks and experience conducting drive tests, analyzing network data, and producing reports to optimize network performance. His professional experience includes projects with Zain, STC, and Bharti Telecom where he performed tasks such as site audits, drive testing, post processing analysis, and troubleshooting to resolve network issues.
The document provides a resume summary for Amit Modi, a telecom professional with 10 years of experience in radio network optimization. Some key points:
- He has extensive experience optimizing 2G, 3G, and 4G networks for various operators through projects in countries like Germany, Indonesia, and the UK.
- His skills include drive test analysis, KPI monitoring and improvement, parameter tuning, and modernization projects involving swapping equipment.
- Currently he works as a specialist for Ericsson in India, leading optimization work for Vodafone Germany and other projects.
This document provides a summary of Timehin-James Oluwaseun's work experience and qualifications. He has over 7 years of experience optimizing 2G and 3G radio networks in Nigeria, including senior roles with Etisalat and Qualiserve Technologies. His responsibilities included analyzing network performance, identifying issues, implementing solutions to improve key performance indicators, and ensuring networks met client standards. He holds a BSc in Physics and has extensive training in radio network optimization, troubleshooting, and performance analysis tools.
This document summarizes Koonsys' iNOP network optimization software and service. It describes Koonsys' history and timeline, the traditional and innovative services it offers to wireless and wired network operators, its customers and partners. It then discusses trends in the telecom industry requiring cost savings and network expansion. iNOP is presented as the unique solution that addresses both needs through a techno-economic model combining technical and financial optimization of transmission networks. The document outlines how iNOP works through advanced algorithms, potential project results, deliverables and sample case studies showing capacity increases, cost savings and other benefits achieved for various mobile operators.
Ousainou Demba has over 15 years of experience in RF engineering, design, and optimization for cellular networks including AMPS, TDMA, CDMA, GSM, UMTS, and LTE. He currently works as a consulting RF engineer for T-Mobile performing tasks such as site design, parameter optimization, and troubleshooting. Previously he has held RF engineering roles at Ericsson, Sprint, Cricket Communications, and US Cellular focusing on areas such as network design, deployment, optimization, and performance engineering.
Ajith Kumar has over 7 years of experience in telecommunications optimization. He has worked on 4G/3G/2G networks for various customers like Ericsson, ZTE, Alcatel-Lucent, and Huawei. His roles have included network optimization, parameter tuning, drive testing, troubleshooting, and performance analysis using various tools. Currently he works as a senior engineer optimizing 4G, 3G, and 2G networks for Vodafone Spain.
Ganesh has over 5 years of experience as a 3G RF engineer optimizing radio networks. He currently works for Nokia optimizing Vodafone's WCDMA network, which involves monitoring KPIs, planning new sites, capacity upgrades, and drive testing. Previously he worked for IWS optimizing BSNL's GSM and WCDMA networks during equipment swaps from various vendors to ZTE and Huawei, focusing on improving KPIs and troubleshooting issues.
Ganesh Sankarapandi has over 6 years of experience optimizing radio networks. He is currently a Senior Engineer at Ericsson India optimizing a GSM/UMTS network in Bangladesh that was swapped from Huawei to Ericsson. Previously, he held roles optimizing Vodafone's UMTS network as a 3G RF Engineer at Nokia and optimizing a swapped GSM/UMTS network for BSNL in India as a Senior RF Engineer. He has extensive experience monitoring KPIs, drive testing, parameter tuning, capacity planning, and troubleshooting various 2G and 3G technologies.
The document provides a summary of Sudip Mazumder's professional experience and qualifications. He has over 17 years of experience in telecommunications, currently serving as Deputy CTO at Reliance Jio. Prior to this, he held senior roles at Ericsson, Motorola, and other telecom companies. He leads teams and is responsible for tasks like network optimization, meeting key performance indicators, and ensuring customer satisfaction. He has a BE degree and training in areas like radio network planning, GSM/WCDMA technology, leadership, and software.
Vikrant Tiwari is a RF professional with over 5 years of experience in RF optimization, 3G and GSM operations, and data analysis. He has optimized networks for Vodafone and Airtel across several cities and states in India. Currently he works as a Network Design and Optimization Engineer for Nokia Solutions and Networks in Lucknow, where he is responsible for monitoring KPIs, planning new sites, and optimizing network performance.
Subodh Kant Kumar is seeking a position utilizing his more than 2 years of experience in telecom engineering. He has expertise in GSM, UMTS, LTE networks along with optimization, drive testing, site audits, and troubleshooting. His technical skills include conducting drive tests and analyzing data to check coverage, quality, and resolve issues. He is proficient with testing tools like TEMS, MCOM, and GPS.
Mohammad Ishaq Mahmood is seeking a position as an RF Optimization Engineer. He has 8 years of experience in telecommunications engineering, including managing RF optimization projects. He is proficient with various testing tools and drive testing methodologies. Currently he works as an RF Optimization Engineer and Team Leader for Waseela for Integrated Telecommunications Solutions in Saudi Arabia, where he performs RF measurements and optimization.
Lakshman Vatada is seeking a position that utilizes his 3 years of experience in the telecom industry. He has expertise in analyzing network performance statistics, optimizing frequency and neighbor planning, conducting drive tests, and troubleshooting issues to improve key performance indicators. His experience includes roles as a radio network operator and engineer for various telecom projects in India.
Hussam Eddin Al-Jammal has over 7.5 years of experience in GSM RF planning, optimization, and performance monitoring. He has worked for major wireless operators in Syria, Saudi Arabia, Algeria, and Tunisia. His responsibilities have included frequency planning, drive testing, parameter tuning, and improving key performance indicators to enhance network quality and reduce call drops, handover failures, and other issues. He is proficient with Ericsson optimization tools and has strong programming skills.
Said Bacha is seeking a position as an RF Engineer with experience of over 4 years working on GSM, UMTS, and LTE network optimization projects for various operators in Oman, Pakistan, and the UAE. He has extensive skills in drive testing, site auditing, parameter optimization, and issue identification and resolution for 2G, 3G, and 4G networks. Currently working for Omantel on an LTE/UMTS project since 2015, he aims to further contribute his technical skills and project experience.
Neeraj Kumar Gupta has over 8 years of experience in planning and optimization for GSM and UMTS networks. He has expertise in drive testing, optimization tools like Nemo Outdoor and MapInfo, and worked with vendors like ZTE, ALU, and Motorola. Gupta's roles included maintaining KPIs, resolving degradations, physical optimization, planning new sites, and benchmarking for Reliance Communications networks in Madhya Pradesh. He holds an M.E. in Electronics with a specialization in digital instrumentation and a B.E. in Electronics and Telecommunications.
RF optimisation aims to identify and resolve potential faults in the network before they affect performance through activities like pre-launch optimisation, continuous optimisation, and swap management. Key aspects of optimisation include drive testing, parameter tuning, antenna adjustments, and monitoring KPIs to maintain network quality. GTL provides end-to-end optimisation services both on-site and through a virtual optimisation centre with remote analytics, tools, and concentrated RF expertise.
This document describes the roles and responsibilities for three different network optimization engineer positions: LTE optimization engineer, 3G WCDMA Optimization Engineer, and 2G Optimization Engineer. The LTE optimization engineer role involves monitoring, analyzing, and optimizing LTE KPIs through parameter tuning and antenna adjustments. The 3G optimization engineer role focuses on activities like KPI monitoring, antenna configuration, performance analysis, traffic optimization, and neighbor optimization. Similarly, the 2G optimization engineer role involves RF planning, parameter setting, KPI monitoring, antenna configuration, performance analysis, traffic optimization, and neighbor optimization for 2G networks.
This document provides guidance on optimizing 3G radio network performance. It begins by discussing network planning best practices and the importance of proper site placement. The document then describes various checks that should be performed to evaluate network health, including alarms, software/parameters, neighbors, cell load, and KPIs. Potential issues that could impact performance are also outlined. The document concludes by listing the top 10 optimization activities that can improve call performance for common issues as well as voice, video, PS, and ISHO-specific problems. Guidance is provided on tools that can be used for optimization, including field measurement tools for drive testing.
Antenna hopping is a technique that introduces transmit diversity by alternating the transmit antenna between bursts. This helps overcome signal fading and improves signal strength. It works by averaging out the fading dips of the signal at any point by using combinations of the same signal from two different transmit paths. Antenna hopping can be used without increasing the number of transmitters in a base station and provides benefits like a more robust radio environment and improved signaling performance.
Bsspar1 s14 chapter 01_introductionto_parameterplanning_v1.1Simon Aja
This document discusses parameter planning for Nokia Siemens Networks' BSS (Base Station System) software. It outlines the managed object hierarchy, describes how to look up parameter values and defaults in the parameter dictionary, and explains how parameters and objects can change with new software releases. The document also covers general, feature, and BSC-specific parameter files that store configuration settings, and how to view and export parameter values using NetAct tools and MML commands.
This document provides an overview of radio resource management for cellular networks. It discusses topics like call signaling, traffic channel allocation algorithms, interference level measurements, prioritized allocation, queuing parameters and processes for entering and leaving the queue. The document is copyrighted material from Nokia Siemens Networks and cannot be copied or shared without their permission.
3 gpp key performance indicators (kpi) for umts and gsm release 9Telecom Consultant
The document defines key performance indicators (KPIs) for 3G mobile networks. It provides overviews of KPIs, their purpose in evaluating network performance, and their relationship to service level agreements (SLAs) and quality indicators. Specific KPIs are then defined for various categories including accessibility, retainability, mobility, utilization and availability. Templates are also provided to standardize the information included in each KPI definition.
This document provides guidance on optimizing the Call Setup Success Rate (CSSR) in GSM networks. It defines CSSR as the probability of successful calls initiated by mobile stations. The CSSR is calculated based on the Immediate Assignment Success Rate, Assignment Success Rate, and SDCCH Drop Rate. The document describes factors that can influence the CSSR, including issues on the Um, Abis, and A interfaces. It outlines a process for analyzing low CSSR that involves checking whether problems relate to the immediate assignment, SDCCH drop rate, or assignment success rate by using specific measurements and metrics. Optimization methods involve adjusting related configurations based on manuals for those individual KPIs.
The EQC command creates a BTS in the BSDATA with the following parameters: BCF identification, BTS identification, BTS name, cell identity, frequency band in use, network colour code, BTS colour code, mobile country code, mobile network code, location area code, BTS hopping mode, hopping sequence numbers. Optional parameters include: SEG identification, SEG name, reference BTS identification, GPRS enabled, routing area code, network service entity identifier, transport type, and packet service entity identifier. After creation, the BTS is in the LOCKED state.
The document provides definitions and analysis methods for optimizing the Call Setup Success Rate (CSSR) in GSM networks. It defines the CSSR, lists influencing factors, and describes a three-step analysis and optimization process. The process involves identifying causes of low CSSR related to assignment success rate, immediate assignment success rate, or SDCCH drop rate. An optimization case from Vietnam addresses a difference in core network mechanisms that lowered the CSSR.
This document provides guidance on optimizing call setup time (CST) in GSM networks. It defines CST, lists influencing factors like procedure configuration, parameter settings, routing, and hardware issues. It describes the analysis process and provides optimization methods for each factor. Specific optimization cases are also presented, like long CST due to inconsistent signaling procedures between vendors. The document aims to help operators analyze CST issues and identify optimization solutions.
WCDMA optimization & Drive test analysisTABREZ KHAN
This document discusses various tools and methods used for optimizing 3G/4G network performance through drive testing. It covers collecting data from drive test equipment like UE's and scanners, analyzing metrics like coverage, interference, missing neighbors, and throughput. The purpose is to identify problems, analyze root causes like improper configurations, interference issues, and develop optimization solutions like adjusting antenna tilting, heights, powers to improve coverage, dominance and call performance.
The document discusses 4G LTE drive testing. It describes the necessary equipment for drive testing including a notebook, GPS, and LTE dongle. It outlines key LTE radio parameters that are measured like PCI, RSRP, SINR, and MIMO. It also discusses measuring UE state information, throughput, and LTE access procedures including attach requests, random access failures, and E-RAB failures. Finally, it compares the impact of ANR capabilities versus UE capabilities on measuring neighboring cells within and between eNodeBs.
The document discusses key performance indicators (KPIs) for cellular networks and provides relationships between network components and their capacities. It also analyzes reasons for call blocking, dropping, and failures during call setup and solutions to address them, including parameter tuning, hardware checks, interference mitigation, and useful reports.
The document discusses LTE medium access control layer concepts. It describes dynamic and semi-persistent scheduling used by the eNB to allocate downlink and uplink radio resources to UEs. Semi-persistent scheduling is used for periodic traffic like VoIP to reduce signaling overhead compared to dynamic scheduling. It also discusses buffer status reporting where UEs indicate how much data they have to transmit, and scheduling requests where UEs request uplink resources from the eNB.
This document provides guidelines for LTE radio frequency (RF) network optimization. It describes the network optimization process including single site verification and RF optimization. Key aspects of RF optimization covered include preparing for optimization by collecting data, analyzing problems related to coverage, signal quality and handover success rate, and adjusting parameters like transmit power, antenna tilts and neighboring cell configurations. Common issues addressed are weak coverage, coverage holes, lack of a dominant cell, and cross coverage between cells. Optimization methods and specific cases are presented to resolve different problems.
The document provides an introduction to 2G/3G and 4G core mobile networks. It discusses key network elements like BTS, BSC, RNC, SGSN, GGSN, eNodeB, MME, S-GW and P-GW. It provides an overview of the differences between circuit switching and packet switching. It also summarizes simplified call flows for 2G/3G packet data and 4G, highlighting the core network elements involved and interfaces between them.
Govind Bhagwat Dolare is an electronics and telecommunications engineer with 7 years of experience in 2G and 3G radio network planning and optimization. He has expertise in drive testing, data analysis, planning, optimization, and troubleshooting of radio access networks. Currently he works as an RF engineer for Vedang Cellular Services, optimizing the GSM and 3G networks of Tata in Pune. Previously he has worked on transmission engineering and as a project engineer for Tata Teleservices.
Sandeep Sharma is seeking a position in RF optimization or technical services with a reputable telecom organization. He has over 2 years of experience in RF optimization and technical services. Currently working as an RF engineer for Samsung, his responsibilities include network performance analysis, parameter optimization, drive test analysis, and troubleshooting. He has a Bachelor's degree in Electronics and Communication and is proficient with various RF tools and software.
Malik MD Nurani has over 10 years of experience in RF planning and optimization for 5G NSA, LTE, VoLTE, WCDMA, and GSM networks. He has expertise in tools such as TEMS, Mentum, ATOLL, MCOM, and ACTIX. Currently he works as a Senior RF Engineer at Vodafone Idea, where his responsibilities include drive test analysis, parameter tuning, and troubleshooting to achieve KPI targets and improve network quality. Previously he held optimization roles at Reliance Jio, Huawei, and ZTE, where he performed activities such as coverage optimization, carrier aggregation deployment, and VoLTE parameter tuning.
Nitesh Kumar Chourasia is applying for an LTE RF Optimization Engineer position. He has 7 years of experience in telecommunications including 3.5 years of experience with LTE. He currently works as an RF Assurance State Lead for Reliance Jio Infocomm in Odisha. Previously he has worked for Ericsson, Samsung, Nokia Siemens Networks, Huawei, and Alcatel Lucent optimizing 2G, 3G, and LTE networks. He has expertise in RF planning, optimization, and drive testing tools like MapInfo, Nemo Outdoor, and TEMS.
Deepak Yadav is seeking a challenging opportunity in the cellular network industry, with over 3 years of experience in LTE, GSM, and WCDMA network optimization and post-optimization engineering. He has worked on projects for Bharti Airtel, Ericsson, and Nokia optimizing network performance, troubleshooting issues, monitoring KPIs, and handling new site deployments and upgrades. His technical skills include drive testing, parameter tuning, interference analysis, and working with tools like TEMS, MCOM, and MapInfo. He holds a B.Tech in Electronics and Communication Engineering.
Anupam Mondal is seeking a position in 4G/3G/GSM RF design and optimization where he can utilize over 3.5 years of experience in RF planning and optimization. He has a BTech in Electronics and Communication from Aryabhatta Institute of Engineering Management. His current role at Reliance JIO Infocomm Ltd involves GSM, WCDMA, and LTE network optimization including frequency planning, new site creation, drive testing, and KPI monitoring and improvement. He is proficient with various RF planning, drive testing, and monitoring tools.
1. Niraj Kumar Srivastav is seeking a challenging career in telecommunications and has over 2 years experience in mobile network RF optimization.
2. His experience includes drive test analysis, troubleshooting RF issues, monitoring KPIs, and providing solutions to improve network quality and customer experience.
3. He is currently working as an RF Coordinator for Reliance Jio in Patna, where he is responsible for new site surveys, optimization, and maintaining KPIs like RSRP, SINR, and call success rates.
Mohammad Shahil is seeking a position in project management, networking, or telecom with an organization in the telecom sector. He has over 2 years of experience as a drive test engineer conducting tests on 2G and 3G networks to analyze performance metrics like signal strength and quality. He is proficient with drive test tools like TEMS and has skills in RF engineering, data analysis, and optimization. He holds a Bachelor's degree in Electronics and Telecommunication and is looking to contribute his skills and long term commitment to furthering an organization.
This document is a resume for Adeel Ahmed, a 2G/3G/LTE RF engineer with almost 4 years of experience in network optimization and planning for cellular networks. It lists his contact information and objective, followed by a work history summary highlighting his roles optimizing networks for various companies in Pakistan and the UAE. It also provides details of his educational background and technical skills.
Srinivas Cheera is a network planning and optimization engineer with over 4 years of experience in RF planning and optimization of 2G, 3G, and LTE networks. He has worked on projects in India for Ericsson, Tata Teleservices, Idea Cellular, and Linquest Telecom optimizing networks and maintaining key performance indicators. He is proficient with various radio network planning and optimization tools and holds a Bachelor's degree in electronics and electrical engineering.
Girma Yilma has over 7 years of experience in RF network design, capacity planning, and optimization for CDMA and LTE networks. He has extensive experience using software tools such as MS Office, network planning tools, optimization tools, and mapping tools. He has worked on RF engineering projects for various companies including Sprint, Ericsson, Alcatel-Lucent, and Verizon Wireless.
Rahul Kumar is a senior engineer at Ericsson India Global Pvt Ltd with over 8 years of experience in mobile network optimization. He has extensive expertise in 2G, 3G, and LTE technologies and optimization tools. Some of his key skills include drive test analysis, planning tools, performance analysis tools, and working with various RAN equipment vendors. He has experience on optimization projects in Brazil, Mexico, and India.
This document describes Fracton Technologies and its network optimization solutions. Fracton is an Indian company that focuses on innovations in radio access network optimization for GSM, UMTS, and LTE technologies. It offers a range of network optimization services and has an outstanding track record of optimizing networks for leading mobile operators. Its flagship product is MaxCell, an automated optimization tool that optimizes network performance and quality of experience by tuning cell database parameters based on network configuration and performance data.
This document is a curriculum vitae for Rajneesh Mohan, who has over 7 years of experience in 2G, 3G, and LTE RF optimization and planning. He has worked on projects in Bangladesh, Nepal, Spain, and France for companies like Aircom, Ericsson, and Sasken. The CV lists his educational background, skills, work experience on various optimization projects, responsibilities, and qualifications.
- Saroja Kumar Bhoi is a senior engineer with over 7 years of experience optimizing GSM and WCDMA networks for various telecom companies in India.
- He currently works for Ericsson Global India optimizing the Vodafone network in Assam.
- Previously he has worked for Nokia, Airtel, Vodafone, and Huawei optimizing 2G, 3G, and LTE networks and maintaining key performance indicators across various circles and technologies.
- His responsibilities have included frequency planning, neighbor planning, parameter optimization, interference analysis, report generation and analysis, and more.
Venkatesan is a telecommunications professional with 7 years of experience in RF optimization and analysis. He currently works as an RF Optimizer and Data Analyst for Huawei in the UAE, optimizing 2G, 3G, and LTE networks. Previously he has worked on RF planning, data analysis, and drive testing for various mobile operators in India. He has expertise in RF theories, network monitoring, optimization, and technical problem solving.
This document is a curriculum vitae for Abhishek Anand that summarizes his professional experience and qualifications. It outlines his 2 years of experience performing drive tests, optimization, and troubleshooting for GSM, WCDMA, and LTE networks. It also lists his academic qualifications including a B.E. in IT and past projects optimizing networks for various mobile operators in India.
Anoop Kumar Singh has over 7 years of experience optimizing 2G, 3G, and LTE mobile networks as a radio network optimizer. He currently works for Shree Balaji IT Solutions optimizing Samsung-Reliance Jio's LTE network in Lucknow. Previously he optimized networks for Airtel, Tata, Uninor, Idea, and other carriers. He holds a B.Tech in computer science and has experience using tools like GENEX, TEMS, LMT, and MapInfo to perform drive tests, analyze issues, and improve network performance and coverage.
Irshadali Iftekhar Attar is seeking a position in a reputable organization where he can contribute his 2 years and 9 months of experience in radio network optimization, drive testing, and transmission in the telecom sector. He is currently working as a radio network optimization engineer for Huawei Telecommunication Ltd. His experience also includes working as a DT & RF engineer for Ericsson and LinkQuest Telecom. He is looking to utilize his skills in planning, managing projects, technical resources, and streamlining operations. He holds a Bachelor's degree in Electronics and Telecommunication from the University of Pune.
Lakshman Rao is a telecom engineer seeking a position to utilize his 3 years of experience in the telecom industry. He has skills in network planning, optimization, and troubleshooting for technologies including GSM, CDMA, and WCDMA. He is proficient with various drive test and post-processing software tools used for network monitoring, optimization, and issue resolution. His experience includes projects with BSNL, Idea, MTS, and Tata focusing on tasks like drive testing, data analysis, parameter tuning, capacity planning and issue management.
Similar to Akhilesh Pandey_RF Optimization Eng (20)
1. RESUME
RF Optimization Engineer (Exp.-9+Years)
AKHILESH KUMAR PANDEY
Present Location: (Noida)
Mob. No.: + 91-9953654885 / 9891563704
E-mail: : akhileshpandey8@gmail.com
: akhil_8@rediffmail.com Permanent Address:
S/O Rajendra Prasad Pandey
I.D.P.L. H.No. C790,Veerbhadra
Rishikesh, Dehradun – 249202,
Uttarakhand
Contact No.-0135 2453236
Mob :09891563704
Objective:
To contribute to the growth of a progressive company with quality products and services in the field of
mobile telecommunications and seeking assignments as RF Optimization & Planning, Performance
Network Engineer, RF Lead, RF Manager role, as well as technical services with an organization of
reputed in telecoms sector.
SUMMARY:
Total more than 9+years of solid GSM(Voice & Data-Ex:p6.5Yrs-) &WCDMA(Exp 1.6Yrs..),LTE(2 .
2yrs+. )exposure in RF Field: RF Optimization /RF Performance Engineer, KPI Monitoring, analysis ,
Troubleshooting parameter tuning, Drive Test analysis / RF Coordinator/Planning / RF/TX Survey, RF
Project Documentation (ppt, reports etc) & data collection.
PROFESSIONAL EXPERIENCE:
Current Employee:
Company:
“Ericsson India Global Services Pvt Ltd.(EGIL),”Gurgoan
Job Title : Senior Network Engineer.
Period : Nov-2013 to till date…….
Previous Employee:
Company:
2. Ikya Human Capital Solutions (P) Ltd.” New Delhi -Client(Deployed at) : Nokia Siemens
Network Pvt Ltd.-SDC Global Team- Noida
Job Title: RF Network Planning & Optimization Engineer
Period : Oct-.2012 to till date till Oct-2013.
Past Employee:
Company: Mobile Comm Technologies (India) Pvt. Ltd
Gurgaon (Haryana) .
Job Title: RF Optimization Engineer
Period : Sep. 2009 to till date Sep.2012
Client : NSN-UPW & NSN-Noida
Past Employee
Company: Integrated Wireless Solutions Pvt. Ltd
New Delhi.
Job Title : RF Engineer
Period : July 2007 – Aug-2009
Client : NSN Pvt.( for IDEA, Vodafone,IRGSM)
Past Employee :
Company: Lepton Software Exports & Research Pvt. Ltd.
New Delhi
Job Title: RF Engineer
Period : Apr. 2006 – Jun 2007
Client : ITI(BSNL)
RESPONSIBILITIES HANDLED:
GSM/GERAN,(Exp -6.5yrs)
• Monitoring the network performance & improving, Keeping Quality of Service to optimum
level.
• Dropped call analysis, Handover success analysis, Drive test log analysis, Interference analysis.
• Optimization of Antenna height, orientations & Tilt on the basis of various ND reports.
• Daily Network Health Monitoring and accordingly taking action to meet desired KPI (NQI) (e.g.
DCR, CSSR, HO failures, Rx Quality for UL/DL, Interference) by Cell Doctor Reports from
OSS.
• Taking care of congestion & blocking either by adding new carriers to the cell, by adding new
sites or by implementing new features like Dual Rate, Directed Retry, ADJ Parameters, AMR etc.
• Implementation of new features (e.g .,DFCAAHOP, AHRLT )
3. • Regular generation of KPI reports and Dashboards based on various reports,
• Pre launch Cluster/SSV Optimization Activity.
• Handling Customer Complaints regarding coverage & Quality problems and providing suitable
solutions. Workout Rehoming Activity &Retune parameter of new BSC or Clusters.
• Daily monitoring system affected Alarm (BTS/BSC level) & BTS Hourly reports. Online Check
the current status of sites & fetch the required dumps, reports by OSS tool for analysis& take
corrective action.
• To analyze data KPI’s(GPRS& EDGE)- ,GPRS Tracker, data KPI Parameter-BLER1 ,data
throughput ,PCU rejection, CS rejection, NSEI Rebalancing, utilization, TBF drop, Edge
through put, TBF Success DL,UL, GB Link utilization CDED,CDEF,CMAX BFG par .tuning
,GENA, EGENA, BVCI,
• .To analyze & trouble suiting Voice KPI’s - SD,TCH, drop, SD,TCH Blocking, TASR, PSR,
HOSR, Voice Quality, Utilization. etc.
• To analyze statistical trend of KPI’s , to rank and optimize the cells affecting the Network KPI’s
• Primary verification of drive data and taking necessary corrective measures, like neighbor list
addition, and interference analysis
• Daily performance monitoring of the sites, using various NETDOCTOR &
GOS,NBH,DBBH,NPAR reports.& by Dumps we check the parameter &audit it as per customer
requirement& improvement of Network To analyze data KPI’s.
• Optimization using Optimizer tool and implementing BCCH & TCH Plan, to achieve the target
KPI’s.& perform Rehoming Activity • Frequency Planning for BCCH retuning, for new and
existing sites. • Analysis of the Layer 3 messages for basic troubleshooting related to handover,
and other parameter verification...
• Performed RF cell site design with respect to site location, antenna placement, antenna type,
antenna height, antenna azimuths, antenna down tilts, equipment location, cable types Integration
of new cell sites into existing network along with multi carrier configuration .
• Responsibility for monitoring and improving network performance on cell sites and micro cells
to meet objectives for call drops and call blocks Continuous network improvements through
parameter changes, down tilts, antenna changes, border sector configurations .
• TRAI and Regulatory requirements: Coordination for TRAI audits, Maintenance of KPI within
TRAI benchmarks, Generation of TRAI reports.
• Performance management for 2G swap clusters in Swap Project and EMF activity .
• Performance checks of the sites after swap and highlight the issues
• 3G (Exp.1.6.0–Yrs.. )
• Parameter Audit & Consistency check& Implementation. Daily KPI monitoring.
• 3G new sites roll out (Pre optimization and KPI report generation),
• 3G Bench marking Reports Preparations, log analysis & recommendations, action Plan for
improvement of KPIs comparatively
• Worst cell analysis for major KPIs (Accessibility, Retain ability, Integrity & Mobility)
• Neighbor audit, license audit, Parameter audit, Network performance audit
4. • Parameter level recommendations with change request for the inconsistent ones
• WCDMA Post processing of log files and report preparation using ACTIX & MapInfo. Event
analysis for Multi vendor logs and cable swap detection. Layer 3 analysis of WCDMA drive
events
• Involved in 3G WCDMA, optimization and performance monitoring by detailed analysis of call
events (Dropped call, Blocked Call , Soft handover Failure Access failure and Radio Bearer Setup
Failure e.t.c), analysis CPICH RSCP, CPICH Eb/No, Ec/Io, UTRA RSSI, UE TxPower ,BLER,
• Site Functionality Test (SFT) of sites performed using TEMS Investigation 9.0.1 , check
Scrambling code, RSCP. Ec/Io, re selection from 2G to 3G/ 3G to 2G .
• UMTS & HSPA KPI monitoring and optimization
LTE(2.2Yrs +(continue)...
• Daily Top offender analysis of CFR,CDR,IFHO & recommendation for SNV-LTE post
launch-USA project.
• Daily check the alarms against the worst offender cells ,originate TRAMS &ERTT ticket
for rectification. creating CR &sending for implementation after analysis for respective
par changes/update
• Weekly parameter audit & originate the CR for implementation.
• Preparation of G2G(Go to Green) for CFR &CDR Report weekly if market KPI goes up
above the base line value 2%.
• 4G -Pre launch ATP check & recommendation. SSD/SSV check &recommendation for
improvement of KPIs.
• LTE Drive test Analysis Report Preparation through Actix One tool.
• Report Contents: RSRP Coverage plot. RSRQ Coverage plot, CINR Coverage plot.
• Parameter audit & Daily KPIs Monitoring
• SSV Report preparation( drive test) & Analysis for poor coverage & low throughput &
Recommendation parameter & physical optimization.
• Worked 4G Pre Launch -ATP, SSD test ,NEAT Check, Golden parameters setting check.
Tool Competency:
• Drive Test Tool : TEMS 3.2, 5.0 & 5.1.1,6.0.8.0.10.1 Agilent, Nemo XCAL,XCAP, Outdoor,.etc
• Softwares-RF Tools :MapInfo Professional 7.0,8.0,MIPT MCOM4.2 Atoll, Actix Post processing
Tool for 2G & 3G, ACTIX ONE Net Act Plan Editor ,Sector definer, Optimizer tool, Ctrix, Sector
Maker, Nemo Analyzer, Nemo export Wiz, OSS Interface/tool for fetching reports by Reporting
Suite.
• LTE Ericsson's tools- ENIQ ,PQR, TRAMS,,ERTT, ,NEAT, Site Handler, Tems Discovey, Ericoll,
Element Access tool. ,EDOS ,Putty. Google earth
• Planning Tools.- Asset, Net Act. Atoll,etc
• ORGANIZATION: Presently Working as Sr. Network Engineer in” Ericsson India Global
Services Pvt .Ltd” Gurgaon India.
5. • Designation: Senior Network Engineering
• Present Location: Noida
• Present Assigned Project & Work Profile:
• SPRINT NV-USA-LTE Optimization-Project --4G Post Launch.
• Daily Top offender &weekly KPI -Market wise trend analysis &Improvement plan for
Missouri, Kansas, New Orelans,East Kentucky etc LTE Markets
• Main KPIs -Monitoring such as: Connection Failure Rate, Connection Drop ,IFHO,
Rate,Avg.Throughput, Total Handover Success rate,Traffic, etc
• Parameter recommendation for KPIs Improvements :Hi-cap setting, qRxlev Min Cell Range,
ISHO Allowed, & checking all the hardware status &alarms and ticking for rectification . Weekly
parameter audit.
• For IFHO improvement checking parameter, Inter frequency_LTE Handover ,IF_Session
continuity,IF_Load Balancing parameters.
• Worked 4G Pre Launch -4G ATP, Analysis & SSD test & Cluster Acceptance Activities
• 4G Post Launch Drive Analysis by Tems Discovery & RCA recommendation for improvement of
degraded KPIs.
• Previous Worked Projects & Work Profile –
1. Global TMO-USA NSN-Project -2G-3G-4G- 22-Apr-13 to till 31-Oct-2013-Post Optimization
after Modernization.
Work Profile:
• Site Acceptance & Cluster Acceptance KPIs Monitoring, analysis, optimization,&
recommendation.
• Analysis through Performances Tracker & Master Tracker(2G-3G) to for site & Cluster
acceptance. Audit through Consistency Check 2G-3G parameter &Implementation.
• Alarms Escalation to Alarm monitoring team& zero data Payload to GNIC Team for appropriate
action.
• Workout for Site Acceptance & Cluster Acceptance at optimization level for Acceptance of sites
&Clusters Hourly 2G-3G Report for newly cutover sites in NSN: Analysis &Recommendation.
• Preparation of LTE drives report &Analysis Recommendation through the ACTIX ONE Tool.
• LTE Sites Parameter Audit &Tuning as per site performance.
• Cluster Reports After Modernization- degraded KPIs analysis &Recommendation.
• Tool Using: Actix one,Net Act plan Editor, TPIM, Net Act-Reporting suits, BTS Manger,
putty/Tang.
Previous projects:
2. Global-Bharti-South Africa-Benchmarking Project: 1-Mar to till date-20.Apr-13
Work Profile:-
6. • GSM &WCDMA Technology Post processing of log files and report preparation using ACTIX &
MapInfo. Event analysis for Multivendor logs and cable swap detection. Layer 3 analysis of
GSM & WCDMA drive events
• Providing the recommendation after analysis for below benchmarking threshold KPIs as compare
to other operator.
• Tool used: Actix, MapInfo, Google earth etc.
• 3. Global-Russia MTS-Refarming Project 2G, From 15th
Apr-2012-to Feb-13
Work Profile:-
• -Analysis, diagnoses Red List Cell provides by MTS daily basis, take the action for improve the
KPIs. -Work on Global optimization Tracker cells &provide the action &recommendations for
improvement of Cell/Network performance
• Generate & Update & upload 2G &3G Customers required KPIs.
• Create &updated WS weekly as per new site update in 2 G &3G.
• Generate Active Alarms of Workout BSCs/Cluster & Escalate to customer.
• Daily Work on Worst cells &provides the recommendation, changes, &prepares CRF &send for
implementation. And uploading the reports &updating the recommendation for customer review
& Remarks.
• Work out on worst cells through optimizer/Atoll/ND Reports /.Dumps & provide the corrective
action accordingly, NBRs trimming, Frequency tuning, ADCE,BTS, HOC,POC,TRX-parameter
tuning for DCS &GSM N/W..
• -Provide recommendation & Comments against degraded KPIs on weekly PPT for Clusters.
Work Experience:
• Working as Senior Network Engineer for EGIL- Gurgoan- -SPRINT NV- USA- LTE Project
from Nov-13 to till date..
• Worked as RF Network planning & Optimization Engineer with Global TMO-USA Project -2G-
3G-4G- 22-Apr-13 to till 31-Oct-13.
• Worked as RF Optimization engineer with NPO-SDC- Bharti-South Africa-Benchmarking:
Analysis, Recommendation &Report Submission Project from 1-Mar-13 to till date..
• Worked as RF Optimization Engineer with NPO SDC –- MTS- Refarming –Russia (2G-GSM
&DCS &3G) Optimization Project from15th Apr-2012-to Feb-13.
• Worked as RF Optimization Engineer with NSN Global MS-NPO –Tanzaniya Vodacom 3G(New
Rollout) &2G(Swap) Optimization & Report Submission Project- From1st –Mar-12 to 15th-Apr-
12. .
• Worked as RF Optimization Eng. with NSN- TTSL-(2G&3G)- New site rollout &Optimization
UPW Project - From Sep-2009 to Feb-2012.
• Worked as Senior RF Engineer with NSN-Vodafone -IDEA- Drive Test &Optimization UPW
Project from May-2009 to Aug-2009
• Worked as Senior RF Engineer with NSN-Vodafone – Drive Test &Optimization HP Project
From Feb-2009 till April-2009.
7. • Worked as RF Engineer with NSN- Idea –Drive Test &Optimization UPW Project from Aug-
2009 to till Jan-2009.
• Previously Worked as RF Engineer with NSN -IR-GSM –Survey, Drive test &Optimization
-Project in NCR& NR&NFR .- from April -2008… to Dec-2008.
• Previously Worked as RF Engineer with NSN- IDEA _DELHI –Optimization Project- from Dec-
2007 to April-2008.
• Worked as RF Engineer with NSN -Bharti AirTel- WB Height Reduction & Optimization Project
From Sep.2007-to Nov.2007
• Worked as RF Engineer with NSN -GSM-RailTel –Survey, Drive Test &Optimization Project
from July-2007 to Aug-2007
• Worked as RF Engineer with BSNL-ITI-Project Survey, Drive test &Optimization C.G.Project
From Oct-2006 to Jun-2007.
• Worked as RF Engineer from July2006 to Sep.2006 in office for different projects reports
preparation, analysis & recommendation.
• Worked in Airtel, Air Cell, Huwaiee Vodafone, Idea, BSNL, GSM-RailTel –Nokia Project, etc...
Achievements:
• Maintain & Keep Under threshold Top Town & Rest of network KPIs. TTSL UPW
• Meet the TRAI Benchmark & target NQI of TTSL UPW
• New Nokia Feature DFCA, AHOP,STIRC is successfully implemented & maintained the KPIs in
TTSL NSN UPW Project.
• Resolved the Customer Complaints with in SLA TTSL UPW Project
• Work Experience of Circle level & Global platform in optimization & Planning/Net work
Performance monitoring.
Training Attended:
• 4G(LTE )- Shadowing with RNAM- Sprint NV Team in USA for 7th-Mar to 23-Mar-2014.
• 3-G Basic Fundamental Training at NSN-Meerut-from 18-Sep-to 19-Sep-10.
• Huwaei- Training on RF Survey, Transmission Survey, Planning tools & Analysis Tools, DT
Tools, optimization technique. of one week- Jul-08
• Nokia- Training on Agilent tools 3 days- Nov-09 (1,2,3).
• Optimizer- Training 3days at NSN Meeurt on July-10
• Basic Fundamental LTE training at NSN-Noida on Mar-Apr-2013
• LTE-Ericsson Air Interface & Functionality Training, each for 1 Week Dec-2013@ EGIL-
Bangalore
• EDOS- Training for 3 Weeks @ EGIL- Bangalore- on Feb-2014.
Professional Qualifications:
• Bachelor of Technology in COMPUTER SCIENCE & ENGG. From UTTER
PRADESH TECHNICAL UNIVERSITY, LUCKNOW with 1st Division in 2006.
8. Personal Details:
• Name : Akhilesh Kumar Pandey
• Date of Birth : 1st July 1979
• Sex : Male
• Nationality : Indian
• Father’s Name : Rajendra Prasad Pandey
• Language Known : Hindi, English
• Marital Status : Married
• Present Address : H-No 7 B 4th Floor
Chirag delhi Newdelh- 110017
• 2-G Experience (GSM) : 6.5 Years
• 3-G Experience (WCDMA) : 1.6 Yrs
• LTE Experience : 2.2+ Yrs …
• Contact : +91-9953654885/
9891563704
• Pass Port No. : H7390926
• Pass port issue date : 30-Oct-2009
• Pass port exp. Date : 29-Oct- 2019
• PAN No. : AXNPP4635N
• B1/B2 Visa (USA) :27-Jan-2014 to 23-Jan-2027
Date:
Place: Noida
(Akhilesh Kumar Pandey)