USF 2G/3G/4G Rollout:
Hold the credit for overseeing planning and implementation for newly rollout site, rectifying alarms after site integration, and creating SCF file for site integration on the Nokia land. Identify and escalate all hardware issue to the relevant department to ensure timely resolution.
·         Rendered keen eye for details to supervise and optimize 2G/3G/4G major KPI’s, including ERAB drop rate, RRC/RAB Intra HO establishment success rate, LTE payload, MPD,CSSR,CDR, and HSDPA throughput.
·         Steered logs and network KPI’s by recognizing and rectifying weak coverage zone and worst cell on weekly basis and implementing best optimal approvals based upon drive test
·         Played an integral role in analyzing and overseeing detail traffic on the basis of TCP utilization and recommending expansions or sector addition case.

RF Optimization Engineer, Telenor Project
4G LTE Rollout:
Defined and spearheaded baseline parameters mapping for upgraded sites to ensure CSFB and reselections. Examined and supervised E- RAB establishment success rate, CSFB, DL/UL throughput, LTE accessibility KPI’s RRC success rate, and mobility KPIs LTE to UMTS handover success rate and retain KPI E-RAB drop rate.
·         Identified RSRQ, weak RSRP, SINR, and IRATs areas and suggested best optimal recommendations on test logs and network KPI’s.
·         Designed, planned, and executed neighbors for intra RAT, Inter RAT handover, and LTE to UMTS handover.
2G/3G NPM:
Shoulder the responsibility for overseeing VIP call drop analysis by using NetMax tool and executing neighbor audit of assigned clusters on weekly basis to resolve corporate customer complaint. Formulated and maintained CS, PS traffic on 3G, and delaying in 3G to 2G handover based on RSCP level. Handled URA PCH to reduce PS accessibility time, signaling, CC card utilization, DL TCP power rejection, and code rejection for different services.  Assessed 2G/3G KPI’s and optimization of worst cells for assigned clusters to meet monthly MPD targets.
·         Designed UL interference cancellation feature to reduce PS BLER and increase PS Payload.
·         Avoided 3G to 2G reselection ping-pong and increased footprint for 3G in the idle mode.
·         Reduced network congestion and improved user experience while interacting in different optimization trails.
·         Slashed signaling storm between SGSN and UE as well as improved DL HSPA per user and HSPDSCH codec set by enabling TTI 2ms and 64QAM.
2G/3G Rollout:
Devised inter layer traffic balancing strategy between UMTS and GSM Layer and delivered cluster Level DT KPI & SSV DT KPI reports to get acceptances. Effectively established and executed handover strategy to assure healthy mobility KPI’s for Softer and IRAT Handover for CS and PS.
·         Supervised drive test logs and pre/post KPI’s analysis after reprinting and optimizations to troubleshoot issue and meet Pre KPI’s trend.
·         Achieved desired objectives by spearheading planning & implementation of RF plans and optimizing PS/CS drop rate, RRC CSSR, RAB Setup SR%, IRAT HOSR%, and Soft Handover SR%.
·         Elevated HSPA Throughput to expand user perception through network redesign and user balancing.
2G Vega Swap (Nokia-ZTE)
·         Examined RF issues, such as DCR, CSSR, HSR, SD & TCH Blocking, UL/DL Quality index, and HO distribution in cluster and offered recommendation to resolve issues in a timely manner.
·         Escalated BSS and Transmission drops, faulty TRXs, zero traffic cells and UL interference for assigned BSCs to concerned departments.
·         Ensured mapping of the parameters from NSN to ZTE dump, such as frequency plan, BTS/MS power, neighbors mapping, and neighbor relation margins.
·         Guaranteed prompt resolution of all technical issues by assessing clusters/sites during site swap, such as zero traffic, handovers, and power balancing issues.