This curriculum vitae summarizes the qualifications and experience of Mohammad Saleem. He has a Bachelor of Engineering degree in Electronics and Communications and over 2 years of experience in telecommunications working on projects for BSNL, Aircel, Vodafone and Bharti Airtel. His current role is as a Technical Trainer for Vodafone's 3G/4G network project in Karnataka, where he trains partner teams. Previously he worked as an LTE Project Coordinator for Bharti Airtel in Karnataka, overseeing rollout, and has skills in technologies like GSM, UMTS, LTE and equipment from Nokia, ZTE and Huawei.
MAZHAR NEW CV with Huawei,ZTE,LCC KSA 3GMazhar Ali
油
Mazhar Ali is seeking a job in a dynamic organization where he can utilize his skills in electronics engineering and over 15 years of experience in telecommunications. He has worked for several telecom companies in Pakistan and Saudi Arabia, holding roles such as telecom engineer and site implementation engineer. His experience includes installation, commissioning, and maintenance of equipment from vendors such as Huawei, ZTE, Ericsson, and Alcatel. He is proficient in technologies like microwave transmission, GSM, 3G, and fiber optics.
This document contains a resume for Ramakanta Sahoo, an Electrical Engineering professional with over 16 years of experience in project development, telecom operations and maintenance, and providing technical solutions. Some of his responsibilities have included installation, testing and commissioning of equipment, operation and maintenance, and optimizing costs. He is currently a Senior Technical Officer with NTTF and provides technical training. His areas of expertise include technical operations, handling telecom equipment, and rendering technical support to customers.
2-How to Extend DTAC LTE Coverage with Limited RRU Capacity.pdfibrahim jerbi
油
This document discusses how to extend LTE coverage with limited RRU capacity at DTAC's live network. It provides information on LTE technology power consumption, the LTE formula for cell reference signal (CRS) gain using power boosting (PB), demo predictions of CRS gain using an asset planning tool, calculations of coverage area and population comparisons based on CRS gain, configuration of CRS gain in three vendors' equipment, and recommendations for PB and PA values in DTAC's live LTE network.
High-level architecture of Mobile Cellular Networks from 2G to 5G3G4G
油
The document outlines the evolution of mobile network architectures from 2G to 5G. It describes the key components of 2G, 2.5G, 3G, 4G, and 5G networks. The 2G network included a BSC, BTS, MSC and MS. 2.5G added GPRS capability with an SGSN and GGSN. 3G introduced UMTS with an RNC. 4G networks used LTE with an EPC including MME, S-GW and P-GW. 5G phase 1 used an eNodeB and 5G NR radio. 5G phase 2 added an NGCN core network, while phase 3 removed the EPC.
Ratheesh Vallolimadam is applying for the position of Senior Electrical Supervisor. He has over 15 years of experience in electrical installation, maintenance, and project supervision. His objective is to utilize his skills and experience in electrical work. He provides details of his professional qualifications and licenses, past work experience supervising electrical projects in the UAE, education background, and personal details.
Numerology in the context of 5G refers to the configuration of waveform parameters for OFDM-based subframes having different subcarrier spacing and symbol time. The 5G NR radio frame is defined in units of 10ms with subframes of 1ms, and slots of 14 OFDM symbols with a time interval depending on subcarrier spacing. Subcarrier spacing in 5G NR is specified as 15x2^n kHz, where n can be 0, 1, 2, 3, or 4, defining spacings of 15, 30, 60, 120, and 240 kHz, and may also include negative values like 7.5 kHz and 3.75 kHz.
The document discusses LTE network planning procedures which involve gathering information, dimensioning capacity and coverage, and detailed planning. The key steps are:
1. Information gathering involves collecting data on subscriber usage patterns, network inventory, RF features, and coverage areas.
2. Dimensioning is divided into capacity and coverage steps. Capacity dimensioning calculates the number of sites needed based on traffic loads. Coverage dimensioning models uplink and downlink budgets to determine signal strengths and cell radii.
3. Detailed planning uses the results of dimensioning to simulate predictions and finalize parameters like transmission settings and neighbor configurations.
NITIN JAIN has over 10 years of experience in telecom solutions including packet core, NFV, and telco cloud. He currently works as a Solution Manager for Presales at Nokia Networks, where he is responsible for presales solution design, defining end-to-end solutions, and creating upsell opportunities. Prior to this, he held roles as a Solution Architect at Ericsson and Technical Associate Specialist at Tech Mahindra, where he gained experience in packet core networks, EPC, virtual EPC, and NFV. He has a Bachelor's Degree in Electronics and Communication and several industry certifications.
Lte drivetest guideline with genex assistantRay KHASTUR
油
This document discusses how to use Genex Assistant software to create LTE network reports from drive test data. It provides step-by-step instructions on setting up a new project, importing engineer parameters and log files, analyzing the data to plot maps and statistics for metrics like throughput, RSRP, SINR, and more. The procedures are described for both cluster reports analyzing multiple log files together and SSV reports analyzing individual sites. The goal is to effectively report on key performance indicators to evaluate network coverage, quality, and user experience.
Ehsan Ahmed is an electrical supervisor seeking a position where he can utilize his skills and experience. He has a diploma in Associate Engineering Electrical and technical training certificates. His professional experience includes electrical installations, maintenance, and supervising projects for Saudi Electricity Company and Nesma Electric & Telecom Technology in Saudi Arabia. He is proficient in English, Urdu, Punjabi, and basic Arabic and has over 5 years of driving experience.
The document discusses key performance indicators (KPIs) for 3G networks. It covers principles of 3G network optimization, including defining KPIs, monitoring counters, and tuning radio access network parameters. It provides examples of KPIs such as call setup success rate and blocking rate. It also describes new measurements and counters being introduced in the RU20 reporting suite to improve performance monitoring.
LTE uses various frequency bands and duplexing techniques to provide high-speed data and peak download speeds of up to 300 Mbps. It supports mobility of up to 350 km/h and uses advanced technologies like OFDM, SC-FDMA, MIMO and turbo coding to achieve low latency and high bandwidth. LTE specifications define channel bandwidths of 1.4, 3, 5, 10, 15 and 20 MHz with modulation schemes of QPSK, 16QAM and 64QAM.
This document discusses VoLTE (Voice over Long Term Evolution), which allows high-definition voice calls over 4G LTE networks rather than reverting to 2G/3G networks. VoLTE uses an IP Multimedia Subsystem to define control and media for voice services over LTE. It has higher voice and data capacity than 3G and 2G networks. Early commercial VoLTE services began in 2014 in Singapore and 2015 in Cambodia without 2G/3G networks. VoLTE provides benefits to users like HD voice calls, better battery life, faster call setup and video calling capabilities.
This document contains a resume for Rakesh Thankappan from Hargeisa, Somaliland, Northeast Africa. It summarizes his professional experience including positions as a Senior System and Network Support Engineer, Telecom Technician, and current role as a Fiber Optic Lead Technician. It also lists his skills, qualifications, and contact information.
A detailed look at what is meant by private networks, why do we need them and why the sudden interest in them. Also discussed is the 3GPP defined 5G Non-Public Networks (NPN), they architecture, implementation, pros and cons. In addition RAN sharing and Campus Networks are also discussed with regards to where they fit in the private networks.
All our #3G4G5G slides and videos are available at:
Videos: https://www.youtube.com/3G4G5G
際際滷s: /3G4GLtd
5G Page: https://www.3g4g.co.uk/5G/
Free Training Videos: https://www.3g4g.co.uk/Training/
This document provides an overview of LTE technology from Huawei, including:
1. It describes the evolution of radio technologies leading up to LTE, which can achieve downlink speeds of 100Mbps and uplink speeds of 50Mbps.
2. It explains the LTE network architecture, which uses a flat, simplified design compared to previous standards. Key elements include the E-UTRAN, EPC, and interfaces like S1 and X2.
3. It introduces LTE air interface principles like OFDMA for downlink multiple access and SC-FDMA for uplink multiple access, allowing high spectrum efficiency through orthogonal frequency division.
This document discusses diagnosing LTE traffic faults through drive testing. It provides probes and indicators for issues related to insufficient resources for scheduling, coding with low values, poor coverage, abnormal receive power, and other potential problems. Diagnosis involves checking for operations and external events that could affect service rates. Specific alarms and their impacts are also listed. The document is marked as confidential information that requires permission before spreading.
AN UPDATED VERSION OF THIS IS AVAILABLE HERE: /3G4GLtd/beginners-5g-terminology-updated-feb-2019
A short video looking at 5G terminology that is being used in standards and specifications.
This document describes the OptiX RTN 900 microwave transmission system from Huawei. It discusses the network position and applications of the RTN 900, which can provide integrated TDM, hybrid, and packet microwave solutions. The document then covers the system architecture, including functional units, and the hardware structure. It describes the different boards that make up the RTN 900 system, including the control, interface, and auxiliary boards.
E nodeb commissioning guide(v100r005c00 04)(pdf)-enVugar Ali
油
This document provides instructions for commissioning an eNodeB using different commissioning modes, including remote commissioning via an M2000 management system and local commissioning directly on the eNodeB or via a USB flash drive. It describes the commissioning procedures and preparation steps for various scenarios depending on whether a security gateway is deployed. The document contains details on tasks such as downloading software, configuring the antenna system, testing basic services, and setting the eNodeB to normal operating mode after commissioning completion.
This document provides a summary of new features for the Nokia LTE RAN Release FDD-LTE 19, including:
1) New BTS site solutions that support mixed centralized RFMs and additional WCDMA/LTE C-RFS configurations.
2) Transmission features like physical TRS interfaces, Ethernet transport, IP transport, TRS QoS, synchronization, and TRS porting.
3) Radio resource management and telecom features.
The document contains detailed information on over 20 new AirScale products and configurations that are part of this release.
The document introduces LTE network planning and RNP solutions. It discusses the flat LTE network architecture and protocols including OFDM and MIMO. LTE network planning includes coverage and capacity planning using link budget and capacity estimation. The RNP solution introduces tools for performance enhancement like interference avoidance and co-antenna analysis.
This document provides instructions for using the AMOS command line interface. It describes how to launch AMOS from different interfaces and lists common commands for checking alarms, nodes, hardware, and connectivity in RNCs and NodeBs. Key information includes IP addresses and passwords for accessing different RNCs, commands for listing and blocking nodes, and checking Ranap and Rnsap connections between network elements.
4 lte access transport network dimensioning issue 1.02saeed_sh65
油
The document discusses several key aspects of an LTE access transport network:
1. It describes the five major interfaces of an eNodeB including S1, X2, OM, clock, and co-transmission interfaces.
2. It explains the protocols used on the S1 and X2 interfaces including SCTP, GTP-U, and X2AP.
3. It provides an overview of the different layers - layers 1, 2, and 3 - that can be used as transport bearer networks for an LTE system and their characteristics.
Fronthaul technologies kwang_submit_to_slideshareKwangkoog Lee
油
5G Fronthaul Technologies (Especially, this document specifies the e-CPRI technology, because many telcos are now considering the eCPRI for the next fronthaul.)
The document proposes a solution to migrate legacy traffic for ethio Telecom to a new hybrid IP and packet backhaul network. Key points of the proposal include:
1) Replacing legacy microwave backhaul with a new hybrid system and mapping legacy TDM traffic to CES over IP while keeping 2G/3G as packet traffic.
2) Legacy services like MISU, CDMA and PSTN will be carried over the new network using CES to encapsulate TDM signals for transport over IP.
3) The solution will require configurations of network elements like TCUs, SPs, TN nodes and Tellabs equipment to implement CES mapping and ensure services continue functioning over the new infrastructure
Description and comparison of 3G, 4G and 5G Core Networks. You can find my detailed report in https://medium.com/@sarpkoksal/core-network-evolution-3g-vs-4g-vs-5g-7738267503c7
This document contains the resume of Ida Maylene M. Macalinao. It summarizes her objective, which is to obtain a position that allows her to use her skills and education. It then outlines her training, skills, educational background from primary school through university. Finally, it details her work experience from 2010 to present in roles like administrative assistant, baker team leader, and bakery clerk. It provides her duties and responsibilities for each role.
Neo Hui Wen has over 10 years of experience in the baking and pastry industry. She has held various roles such as Chef de Partie, Pastry Commis, and Pastry Cook at establishments like ET Artisan Sweets, Harry's International, and Sheraton Tower Singapore. Her responsibilities included mass production, decorating cakes and desserts, and setting up events. Neo has obtained several certificates in areas like food safety, wine service, and sugar craft. She holds a Diploma in Pastry and Baking from Shatec Institutes and is competent in English and Chinese. Her hobbies include baking, swimming and traveling.
NITIN JAIN has over 10 years of experience in telecom solutions including packet core, NFV, and telco cloud. He currently works as a Solution Manager for Presales at Nokia Networks, where he is responsible for presales solution design, defining end-to-end solutions, and creating upsell opportunities. Prior to this, he held roles as a Solution Architect at Ericsson and Technical Associate Specialist at Tech Mahindra, where he gained experience in packet core networks, EPC, virtual EPC, and NFV. He has a Bachelor's Degree in Electronics and Communication and several industry certifications.
Lte drivetest guideline with genex assistantRay KHASTUR
油
This document discusses how to use Genex Assistant software to create LTE network reports from drive test data. It provides step-by-step instructions on setting up a new project, importing engineer parameters and log files, analyzing the data to plot maps and statistics for metrics like throughput, RSRP, SINR, and more. The procedures are described for both cluster reports analyzing multiple log files together and SSV reports analyzing individual sites. The goal is to effectively report on key performance indicators to evaluate network coverage, quality, and user experience.
Ehsan Ahmed is an electrical supervisor seeking a position where he can utilize his skills and experience. He has a diploma in Associate Engineering Electrical and technical training certificates. His professional experience includes electrical installations, maintenance, and supervising projects for Saudi Electricity Company and Nesma Electric & Telecom Technology in Saudi Arabia. He is proficient in English, Urdu, Punjabi, and basic Arabic and has over 5 years of driving experience.
The document discusses key performance indicators (KPIs) for 3G networks. It covers principles of 3G network optimization, including defining KPIs, monitoring counters, and tuning radio access network parameters. It provides examples of KPIs such as call setup success rate and blocking rate. It also describes new measurements and counters being introduced in the RU20 reporting suite to improve performance monitoring.
LTE uses various frequency bands and duplexing techniques to provide high-speed data and peak download speeds of up to 300 Mbps. It supports mobility of up to 350 km/h and uses advanced technologies like OFDM, SC-FDMA, MIMO and turbo coding to achieve low latency and high bandwidth. LTE specifications define channel bandwidths of 1.4, 3, 5, 10, 15 and 20 MHz with modulation schemes of QPSK, 16QAM and 64QAM.
This document discusses VoLTE (Voice over Long Term Evolution), which allows high-definition voice calls over 4G LTE networks rather than reverting to 2G/3G networks. VoLTE uses an IP Multimedia Subsystem to define control and media for voice services over LTE. It has higher voice and data capacity than 3G and 2G networks. Early commercial VoLTE services began in 2014 in Singapore and 2015 in Cambodia without 2G/3G networks. VoLTE provides benefits to users like HD voice calls, better battery life, faster call setup and video calling capabilities.
This document contains a resume for Rakesh Thankappan from Hargeisa, Somaliland, Northeast Africa. It summarizes his professional experience including positions as a Senior System and Network Support Engineer, Telecom Technician, and current role as a Fiber Optic Lead Technician. It also lists his skills, qualifications, and contact information.
A detailed look at what is meant by private networks, why do we need them and why the sudden interest in them. Also discussed is the 3GPP defined 5G Non-Public Networks (NPN), they architecture, implementation, pros and cons. In addition RAN sharing and Campus Networks are also discussed with regards to where they fit in the private networks.
All our #3G4G5G slides and videos are available at:
Videos: https://www.youtube.com/3G4G5G
際際滷s: /3G4GLtd
5G Page: https://www.3g4g.co.uk/5G/
Free Training Videos: https://www.3g4g.co.uk/Training/
This document provides an overview of LTE technology from Huawei, including:
1. It describes the evolution of radio technologies leading up to LTE, which can achieve downlink speeds of 100Mbps and uplink speeds of 50Mbps.
2. It explains the LTE network architecture, which uses a flat, simplified design compared to previous standards. Key elements include the E-UTRAN, EPC, and interfaces like S1 and X2.
3. It introduces LTE air interface principles like OFDMA for downlink multiple access and SC-FDMA for uplink multiple access, allowing high spectrum efficiency through orthogonal frequency division.
This document discusses diagnosing LTE traffic faults through drive testing. It provides probes and indicators for issues related to insufficient resources for scheduling, coding with low values, poor coverage, abnormal receive power, and other potential problems. Diagnosis involves checking for operations and external events that could affect service rates. Specific alarms and their impacts are also listed. The document is marked as confidential information that requires permission before spreading.
AN UPDATED VERSION OF THIS IS AVAILABLE HERE: /3G4GLtd/beginners-5g-terminology-updated-feb-2019
A short video looking at 5G terminology that is being used in standards and specifications.
This document describes the OptiX RTN 900 microwave transmission system from Huawei. It discusses the network position and applications of the RTN 900, which can provide integrated TDM, hybrid, and packet microwave solutions. The document then covers the system architecture, including functional units, and the hardware structure. It describes the different boards that make up the RTN 900 system, including the control, interface, and auxiliary boards.
E nodeb commissioning guide(v100r005c00 04)(pdf)-enVugar Ali
油
This document provides instructions for commissioning an eNodeB using different commissioning modes, including remote commissioning via an M2000 management system and local commissioning directly on the eNodeB or via a USB flash drive. It describes the commissioning procedures and preparation steps for various scenarios depending on whether a security gateway is deployed. The document contains details on tasks such as downloading software, configuring the antenna system, testing basic services, and setting the eNodeB to normal operating mode after commissioning completion.
This document provides a summary of new features for the Nokia LTE RAN Release FDD-LTE 19, including:
1) New BTS site solutions that support mixed centralized RFMs and additional WCDMA/LTE C-RFS configurations.
2) Transmission features like physical TRS interfaces, Ethernet transport, IP transport, TRS QoS, synchronization, and TRS porting.
3) Radio resource management and telecom features.
The document contains detailed information on over 20 new AirScale products and configurations that are part of this release.
The document introduces LTE network planning and RNP solutions. It discusses the flat LTE network architecture and protocols including OFDM and MIMO. LTE network planning includes coverage and capacity planning using link budget and capacity estimation. The RNP solution introduces tools for performance enhancement like interference avoidance and co-antenna analysis.
This document provides instructions for using the AMOS command line interface. It describes how to launch AMOS from different interfaces and lists common commands for checking alarms, nodes, hardware, and connectivity in RNCs and NodeBs. Key information includes IP addresses and passwords for accessing different RNCs, commands for listing and blocking nodes, and checking Ranap and Rnsap connections between network elements.
4 lte access transport network dimensioning issue 1.02saeed_sh65
油
The document discusses several key aspects of an LTE access transport network:
1. It describes the five major interfaces of an eNodeB including S1, X2, OM, clock, and co-transmission interfaces.
2. It explains the protocols used on the S1 and X2 interfaces including SCTP, GTP-U, and X2AP.
3. It provides an overview of the different layers - layers 1, 2, and 3 - that can be used as transport bearer networks for an LTE system and their characteristics.
Fronthaul technologies kwang_submit_to_slideshareKwangkoog Lee
油
5G Fronthaul Technologies (Especially, this document specifies the e-CPRI technology, because many telcos are now considering the eCPRI for the next fronthaul.)
The document proposes a solution to migrate legacy traffic for ethio Telecom to a new hybrid IP and packet backhaul network. Key points of the proposal include:
1) Replacing legacy microwave backhaul with a new hybrid system and mapping legacy TDM traffic to CES over IP while keeping 2G/3G as packet traffic.
2) Legacy services like MISU, CDMA and PSTN will be carried over the new network using CES to encapsulate TDM signals for transport over IP.
3) The solution will require configurations of network elements like TCUs, SPs, TN nodes and Tellabs equipment to implement CES mapping and ensure services continue functioning over the new infrastructure
Description and comparison of 3G, 4G and 5G Core Networks. You can find my detailed report in https://medium.com/@sarpkoksal/core-network-evolution-3g-vs-4g-vs-5g-7738267503c7
This document contains the resume of Ida Maylene M. Macalinao. It summarizes her objective, which is to obtain a position that allows her to use her skills and education. It then outlines her training, skills, educational background from primary school through university. Finally, it details her work experience from 2010 to present in roles like administrative assistant, baker team leader, and bakery clerk. It provides her duties and responsibilities for each role.
Neo Hui Wen has over 10 years of experience in the baking and pastry industry. She has held various roles such as Chef de Partie, Pastry Commis, and Pastry Cook at establishments like ET Artisan Sweets, Harry's International, and Sheraton Tower Singapore. Her responsibilities included mass production, decorating cakes and desserts, and setting up events. Neo has obtained several certificates in areas like food safety, wine service, and sugar craft. She holds a Diploma in Pastry and Baking from Shatec Institutes and is competent in English and Chinese. Her hobbies include baking, swimming and traveling.
Patricia Ann Mangibin Bu単ing is a graduate of De La Salle-College of Saint Benilde with a Bachelor's degree in Hotel, Restaurant & Institution Management with a concentration in Culinary Arts. She has over 5 years of experience in pastry, line cook, and prep cook roles in the Philippines and United States. She is proficient in Microsoft Office, HTML, and food costing/menu planning. She is looking to further expand her culinary knowledge and skills through management experience.
This document is a curriculum vitae for Sathik Batcha, a pastry chef with 15 years of experience. It outlines his personal and educational background, including a certificate in food production and bakery from A. I. C. T. E in India. It then details his extensive work history in positions across India, Qatar, Italy, Kuwait, and the United States. His roles have included pastry chef, pastry sous-chef, pastry lecturer, and pastryman. He has experience in areas like buffet preparation, cake production, and pastry competitions.
This document contains the resume of Reanilyn E. Balona, who is seeking a career in the hospitality and food and beverage industry utilizing her Bachelor's degree in Hospitality Management from Bicol Merchant Marine College as well as various TESDA certifications. Balona has experience working in food service, housekeeping, and front office roles through an internship at Astoria Hotels and Resorts, and lists her education background, seminars attended, and a character reference.
Este documento proporciona informaci坦n sobre la industria de ductos a nivel global. Menciona que el Consejo Internacional de Investigaci坦n de Ductos est叩 trabajando para desarrollar mejores herramientas de inspecci坦n de ductos y reducir los da単os causados por terceros. Tambi辿n describe que la industria en los Estados Unidos se est叩 adaptando a las nuevas reglas establecidas por el desarrollo de shale mientras que las compa単鱈as petroleras nacionales en Latinoam辿rica enfrentan el desaf鱈o de aumentar la producci坦n con infra
Samir Labidi is an experienced executive pastry chef with over 30 years of experience working in hotels, bakeries, and on cruise ships around the world. He is currently a production pastry chef at a bakery in Nice, France. Prior to this, he spent over two years as the executive pastry chef on cruise ships for Celebrity Cruises. He has extensive experience in pastry, bakery, and dessert production, as well as managing staff.
Hassan A. Abualrob is a qualified Communication Engineer from Yarmouk University seeking a position in communication field. He has over 9 years of experience as a System and Network Engineer. He is proficient in networking technologies like Cisco, wireless concepts, routing protocols, and Microsoft Windows server. He is a certified CCNA professional based in Riyadh, Saudi Arabia.
Meg Conrad De Leon Castro is applying for a position in hotel and restaurant management. She has experience as an intern at Solaire Resort and Casino, where she assisted with food replenishment and dining services. She also has several certifications in food and beverage, bartending, housekeeping, front office services, and cooking. Meg completed her education at ISHRM School System and has attended seminars on tourism, hospitality programs, and personality development. She believes her reliability, hard work, and customer service skills would be an asset to any hospitality role.
A competent person, who is able to use my own initiative and think logically when making important decisions.
An enthusiastic individual, who is constantly striving to improve my professional practice and learn through reflection and self-evaluation.
Confident in my ability to adapt to any situation or challenge faced.
Excellent communicator, in Arabic and English, with the ability to work well within a team.
Capable of effectively managing my time in order to meet required deadlines whilst aiming to maintain the highest standard.
Display strong inter-personal skills and able to recognise and respect different perspectives and cultures.
Possess strong leadership skills, which have been developed through leading initiatives whilst at university and in my police career.
Someone who can successfully adapt to shifting situations and environments in addition to being capable of planning activities and bringing them to fruition.
Maintains effective performance under pressure.
Presents a strong, professional, positive image to others which develops respectful relationships.
Mohammed Salim is a Pakistani national seeking a position in financial services. He has over 30 years of experience in banking, most recently as an Assistant Vice President at Dubai Islamic Bank from 2015 to 2016. Prior to that, he held managerial roles at Summit Bank and Burj Bank. Salim has an M.A. in Islamic Studies from the University of Karachi and completed eight papers of an MBA in finance. He is proficient in English, Urdu, Arabic, and Gujarati and has participated in training programs in areas such as anti-money laundering, customer service, and foreign exchange.
How to Become a Thought Leader in Your NicheLeslie Samuel
油
Are bloggers thought leaders? Here are some tips on how you can become one. Provide great value, put awesome content out there on a regular basis, and help others.
Ahsanullah Bhutto is seeking a position as a junior LTE optimization engineer, RF drive test engineer, or technical support engineer. He has over 2 years of experience in telecom roles including site installation, drive testing, network operations, and technical support. His experience includes projects in Bahrain and Pakistan for companies such as Wajda, Huawei, and Iota Management.
Working as a Solpar Manager on Samsung/Reliance 4G Project.
Responsibility:
Solpar Team management and checking on daily basis.
Tool and device management at circle.
Provides DPR to management team support and assistance in scheduling, documentation, communication, reporting and transaction processing.
Supports the planning and implementation work from beginning to end.
Monitors and reports project progress, problems and solutions as necessary in a timely manner to stakeholder(s)
Facilitates, tracks, and documents project plan, timelines, tasks, deliverables and resource requirements
Handles ordering and delivery coordination for hardware, software and services globally.
Proactively conforms to shifting priorities, resources, changes, demands and timelines through analytical and problem-solving capabilities to achieve project outputs.
Bashirahmed has over 15 years of experience in telecommunications project management and technical roles. He has managed installation, maintenance, and expansion projects for various telecom operators in Pakistan. Bashirahmed held project management positions at Maftel Network and CCS International where he oversaw the deployment of over 400 sites. He has also worked as a regional manager, network engineer, and technical trainer for other telecom contractors. Bashirahmed has extensive technical skills including installation and maintenance of BTS equipment, microwave links, transmission equipment, and IP networks. He holds a BSC in telecommunications and has completed various technical trainings.
This document contains personal and professional details of Kamaljeet Singh. It summarizes his contact information, personal details like date of birth and nationality, work experience of over 6 years in telecom projects in Dubai, and summaries of his roles and responsibilities in previous companies. His experience includes field support, installation, integration and commissioning of 2G, 3G and 4G networks. He is currently working as a TI Engineer with Covenant Tel in Dubai, responsible for site implementation and maintenance.
This resume summarizes Devesh Chandra's experience working in telecommunications over the past 15 years. He has extensive experience commissioning and supporting 2G and 3G networks for major carriers like Airtel and Nokia. Currently he works as a NOC transmission engineer at Altran Technologies, where he monitors networks and troubleshoots transmission issues to ensure high availability. He has a degree in electronics and instrumentation and skills in technologies like GSM, CDMA, IP networks, and microwave transmission equipment from vendors such as Nokia, Ericsson, and Huawei.
This document contains a summary of qualifications and work experience for Avishesh Bhargava. He has over 4 years of experience in telecom and network engineering roles. Currently he works as a Network Engineer at Samsung Electronics India supporting LTE networks including integration, troubleshooting, and testing of eNodeB equipment. Previously he has worked on telecom projects for IBM, Ericsson, and other companies involving installation and maintenance of networking equipment such as routers, switches, and firewalls.
Ramzanmalik has over 15 years of experience in the telecom industry, including experience managing projects for Etisalat and working on installations and integrations of equipment from Ericsson, Huawei, and other telecom companies. He has strong technical skills in 3G, UMTS, GSM, WCDMA, EDGE, and other telecom technologies. Currently seeking a position that allows him to contribute to business growth through his management, communication, and technical skills.
Rizwan Ahmad is a telecom and networks engineer based in the UAE with over 10 years of experience. He holds certifications in CCNA and MCSE. He has worked as a project engineer and site engineer for various telecom companies in Pakistan and the UAE, managing projects involving installation and configuration of networking equipment from Cisco, HP, Microsoft and more. He is proficient in technologies including routing, switching, wireless, Windows server administration, and project management software. He aims to leverage his technical skills and experience in a communications or IT engineering and management role.
This document contains a resume for Vaijanath S Gulve seeking a career in telecommunications. It summarizes his 8 years of experience in telecom operations and maintenance including working with Reliance Jio, Reliance Communications, and other telecom companies. It lists his responsibilities maintaining network performance, optimizing radio frequency parameters, and resolving customer issues. Technical skills include experience with routers, drive test tools, BTS equipment from Huawei, ZTE, Samsung and Cisco, as well as microwave and software applications.
Muhammad Naveed Afzal is a Pakistani telecommunications engineer seeking a job in telecommunications. He has over 7 years of experience in fields like GPON/FTTH installation and maintenance, mobile network planning and implementation, and microwave network troubleshooting. His experience includes roles at Etisalat UAE, ZTE Pakistan, Celeros Networks, Huawei Technologies, and various other telecom companies in Pakistan and the UAE. He has technical skills in areas such as GPON, FTTH, mobile network planning, microwave networks, and optical fiber installation and splicing.
Rashid Kunjani has over 13 years of experience in telecommunications, including roles as a Team Leader and Coordinator at Seder APD Telecom and as a Senior Executive Engineer at Worldcall Telecom. He has extensive hands-on experience with network equipment from vendors such as Huawei, Nokia, ZTE, Ericsson, and Siemens. His expertise includes GSM, UMTS, LTE, CDMA, and microwave transmission systems. He is seeking a position that allows him to utilize and develop his technical knowledge and skills.
Dennis Areja Santos is a telecommunications engineer from the United Arab Emirates with over 10 years of experience in the installation, integration, testing and commissioning of 2G, 3G, and 4G mobile network infrastructure. He has extensive experience working with equipment vendors such as Huawei, Nokia, Ericsson, and ZTE. His resume lists qualifications, work experience with several telecom companies, education background, and references.
Mir Ahmed Raza has over 8 years of experience as a Transmission Engineer working with various telecom operators in Saudi Arabia. He has extensive experience working with microwave transmission equipment from vendors such as Huawei, Ericsson, NEC, and ZTE. He has specialized skills in transmission technologies including microwave, SDH, DWDM and IP. He is proficient in transmission network planning, optimization, and troubleshooting.
This document contains personal and professional information about Rajbir Singh. It includes his contact information, education history, work experience in telecommunications roles in India and Myanmar, technical skills including experience with GSM technology and various network equipment, and objectives. His work experience spans over a decade and includes roles as an O&M Engineer, Project Engineer, and BSS Engineer for various mobile network operators in India.
Abdul Jabbar is seeking a challenging job in telecommunications where he can contribute to growth and enhance his professional skills. He has over 15 years of experience in 2G, 3G, and LTE networks including installation, commissioning, configuration, and troubleshooting of radio base stations and transmission equipment from Ericsson, Huawei, ZTE, and NEC. His experience includes roles as a telecom swap engineer, RAN supervisor, and senior supervisor. He is proficient in transmission technologies, core network fundamentals, and GSM/UMTS protocols.
Ahmad Ababneh is a Jordanian technical delivery and support consultant serving as an LTE team leader. He has over 10 years of experience in the telecommunications industry, specializing in 2G, 3G, and LTE network integration, optimization, and troubleshooting. Ababneh is proficient in WCDMA, LTE, and GSM network architectures and protocols. He is skilled at commissioning new sites, software upgrades, and migrating networks between technologies. Ababneh holds a Bachelor's degree in electrical engineering and has worked on projects throughout the Middle East.
Mohammad Shafi Aap Khan is a telecommunications professional with over 10 years of experience in GSM and CDMA technologies. He currently works as a Manager for Essjay Ericsson Pvt. Ltd in Bangalore, India, overseeing the 2G BSS network. Previously he has worked for Alcatel-Lucent, Nokia Siemens, and other telecom companies in roles such as BSS SME, 3G Engineer, and Project Engineer. He has expertise in technologies from Nokia, Huawei, and other vendors and has experience working on projects in India, Saudi Arabia, and other countries.
The document contains a resume for Akhilesh Kumar Singh, who has over 2.8 years of experience working as a RAN Engineer for telecom companies like ZTE and Nokia Siemens Networks. Singh's experience includes installation, configuration, and commissioning of network equipment as well as maintenance, troubleshooting, and optimization of 2G and 3G mobile networks. He is seeking new challenging assignments that make use of his skills and experience in technical operations, project management, and network management for the telecommunications industry.
The document provides a summary of an engineering professional's skills and qualifications. It lists technical skills and certifications in areas such as routing, switching, wireless networks and various networking devices. It also outlines work experience with companies like Ericsson and Huawei maintaining and supporting their transmission equipment. The professional holds a BE in electrical engineering and has obtained the CCNA certification from Cisco.
This document is a curriculum vitae for MD Esrar Alam, a telecom engineer with over 10 years of experience working in Saudi Arabia. He has extensive experience in engineering, project management, and maintenance roles for wireless and transmission networks. His specializations include GSM, LTE, transmission, and fiber optic network implementation, integration, and maintenance.
1. CURRICULAM VITAE
MOHAMMAD SALEEM
Email : md.saleem42@gmail.com
mohammad.saleem@huawei.com
Mobile No:09036233763
Permanent Address: 76/A, Bharetha taiyab nagar
behind C.A.T.C. Bamrauli Allahabad U.P. 211012
PERSONAL DATA:
Fathers Name : MOHAMMAD SHEES
Date Of Birth : 28/08/1990
Sex : MALE
Nationality : INDIAN
Marital Status : SINGLE
Languages Known :
ENGLISH,HINDI,URDU,KANNADA
PASSPORT :YES
PAN CARD :YES
SUMMARY:
B.E. in ELECTRONICS & COMMUNICATIONS
ENGINEERING, having 2+ year of experience in
TELECOM/NTD (WIRELESS).Worked on more
than 3 projects (BSNL, AIR-CEL, VODAFONE,
and BHARTI AIRTEL).
GSM, UMTS, UTRAN, NODEB, ENODEB,
MS,DWDM, MW, SRAN, RAN.
BTS, BSS, RNC skills. Worked on NOKIA, ZTE
and HUAWEI equipments. Having strong
knowledge on HUAWEI equipments & technology
for 3G, 4G/LTE networks.
Apart of technical having good
Management/Planning skills For project delivery/
Roll-Out.
Objective:
To set an example of growth, efficiency and advancement
of higher level in professionalism, in synchrony with the
changing and fast Moving Telecom /Networking Sector,
Enhancing my skills and are confident that my knowledge
and experience will be value to Organizing and will help
the organization in achieving their objective.
Education:
Bachelor of Engineering (ELECTRONICS &
COMMUNICATION)
SUMMARY:
Personality Skills:
Positive attitude with cool mind.
Self Motivated.
Never give up towards my goals.
Disciplined, patient and helping nature.
Good at learning new technologies
Good with computers/Microsoft excel.
Good at problem-solving and decision making
Good written and verbal communicators
Well organized, with good time management
skills
Able to make good judgments and work well
under pressure.
Leadership quality and love to work as a team.
Technical Skills:
.
Technologies: LTE, UMTS, HSDPA, HSUPA,
GSM, MW, NodeB, EnodeB, RAN, SRAN,
BSS/RNC, U2000.
Tools Handled: MapInfo Professional, Google
Earth, GPS, and NAVIGATOR, LMT, WEB LMT,
CME, WDT.
WEB LCT, PING TOOL, NSN Net Act OSS tools.
Operating System: Windows 98, Windows 2000,
Windows XP, Windows 7.
3G equipment & Technology, Strong Knowledge
of 4G/LTE Equipment and technology.
BSS/RNC skills.
UMPT,WMPT,LMPT,WBBP,UBBP,LBBP,BBU-
3900/3910,RTN-910,950,980,CO-MPT skills.
FIU, SMU, MMU, NEC link skills.
Programming: C
Good work Knowledge on Microsoft Office Excel
Worksheet (with proper v-look up use).
[Type text] Page 1
2. CURRICULAM VITAE
ACHIEVEMENTS:
Awarded many times project bonus for doing best performance in roll out of 3G/LTE for Bharti Airtel
Project.
Secured 96% in HUAWEIS cyber security Exam on June month 2015.
Completed More than 300 LTE TDD installations, integration till on air in ROK within 30 days.
Completed More than 50% RSL Correction in Whole Cluster within Two Months that was in PDH &
SDH Both.
Completed Many Links on Situation of LOS Block due to the reason of Buildings & Complete it from
other Nearby Sites.
Achieved Best Employee Award Of the Month on Achieving Month Target of Rollout 3G & MW New
Links & Swap with Ericsson on November Month 2014.
WORK EXPERIENCE:
CURRENT PROJECT: Duration: 03/07/15-Present
Project Name: VODAFONE 3G,4G/LTE (SRAN) for KTK circle
Client: VODAFONE
Company: Huawei Technologies Co. ltd (Off-roll)
Current Job Profile: Technical Trainer plus Quality for VODAFONE 3G/4G (SRAN) Project in KTK
circle.
Description :-
Serving as Technical Trainer for huawei equipments and technology for Vodafone project.
Handling more than 10 Partners teams including Engineers, Team leads & Technicians/Riggers and
training them as per schedule.
Training Partners Engineers/Team Leads regarding Huaweis WDT (WIRELESS DEPLOYMENT
TOOL) technology for the implementation of Vodafone 3G/4G project.
Conducting both on site /Class room trainings for the Partners team regarding quality & technology for
The smooth project deployment.
Training Partners Technicians/Riggers Regarding Huaweis SRAN /Equipments for proper installation
with a good Quality AT and Labeling for the Project.
Conducting Technical Exams for the Partners team and training the failed candidates again separately.
Maintaining a data also for the Partners training and uses to update to Technical director.
PROJECT-1: Duration: 07/06/14-03/07/15
Project Name: Bharti Airtel 3G,4G/LTE KTK circle
[Type text] Page 2
3. CURRICULAM VITAE
Client: Bharti Airtel
Company: Huawei Technologies Co. ltd (Off-roll)
Job Profile: LTE/4G PROJECT COORDINETOR plus BSS at KTK circle Bharti Airtel Project
BSS SKILLS:
U2000 (OSS) Commissioning and Integration.
ENodeB and RNC in its network remotely.
Looking over the hardware installation, commissioning of U2000 software its network connectivity with
Router and Telecom Network.
Remotely checking the Alarms status end to end for integrated LTE sites
Bharti Airtel KTK Circle Project Rollout.
Description :-
Serving as a LTE project coordinator for Bharti Airtel LTE project.
Handling 9 vendors team for LTE project implementation, including Survey team, Installation team, and
Alarms clearance team individually.
Coordinating daily LTE surveys and Activities with Cluster leads and Site Engineers as per zone.
Responsible for deciding all RFI offered survey after checking the survey reports and snap shots of survey
like Outdoor/Indoor for RFI workable or not.
Raising the exact MR for all RFI workable sites which got declared by customer.
Tracking the Materials/Equipments delivery from Bharti ware house to site location with proper safety.
Directing the Vendors, CLS and Site engineers for the proper Implementation of the LTE sites with a good
labeling & safety.
Tracking any issue in between delivery to installation till Alarms clearance and updating on my tracker.
Daily Rollout of eNodeB responsibility and its integration with RNCs by providing them VLAN-ID/POP
id/ESN no. & Sites end by Engineers by providing them scripts.
Coordinating with NMS team for media readiness /4G Mac learning for LTE sites Integration.
Directing CLs and site engineers for Alarms clearance of LTE sites after integration if any.
Maintaining LTE project tracker with details of all activities carried out on daily basis.
Responsible for all LTE implemented sites AT/Quality check by Engineers or Vendors.
Maintaining a good Relation with customer for a proper delivery of project roll-out within given SLA by
Bharti-Airtel (customer).
FOLLOW UP/TECHNICAL SUPPORT/TROUBLESHOOTING
Complete end to end follow up with the Field Engineers and vendors regarding technical/installation helps.
[Type text] Page 3
4. CURRICULAM VITAE
Remotely trouble shootings of 4G equipments and software.
Remotely Alarms checking, commissioning, integration, V LAN configuration, cards addition and
activation/configuration.
Vendors (sub cons) training about LTE installation plus quality.
RFI survey report checking, Raising MR for the new LTE sites or shortage/faulty materials LTE sites.
Tracing End to End RFI offered, Survey to till LTE sites Installation, Integration and On-Air.
Previous Job Profile: MW/3G/LTE ENGINEER in KTK Bharti Airtel Project
Commissioning of Huawei (RTN 950,980) for MW new link or old swap.
Integration of BBU-3900, 3910(3G/LTE).
Swapping Ericsson link to Huawei link,E1s mapping and punching,
NMS visibility, Media readiness checking by ping tool.
Worked on RTN 910,950 to 980 migration and configuration.
3G/LTE port enabling and V LAN configuring.
Worked on Traffics nodes and traffic shifting from Ericsson to Huwaei.
Worked on both SDH/PDH nodes.
Worked on R14, R15, R16 versions of Huawei for Node B /e Node B for integration of 3G/LTE.
Worked on 3G Alarms extension and De-grow/Up-grow as per customer requirements.
Complete end to end Installation quality till Alarms clearance monitoring.
Remotely supported for sub cons engineers end to end for 3G/LTE integration and trouble shooting.
Three months supported MS 3G (O & M) work too in handling customer complaints, sector outage, and
migration work.
Worked on (MS) all the operational and maintenance issues too for huawei 3G BTS.
Location: Bangalore
Company: Huawei Technologies Co. ltd (Off-roll)
Previous Project: Duration: 07/07/13-05/06/14
Project name: BSNL GU Project(U.P)
[Type text] Page 4
5. CURRICULAM VITAE
Client: BSNL (NOKIA/ZTE )
Job Profile: I and C/BSS engineer
Worked on BSS & Integration and Commissioning of Nokia Nokia ultra, flexi BTS.
NSN GSM/UMTS site integration for BSNL network, Base station integration, reconfiguration, swapping.
Troubleshooting of sites, NodeBs recommissioning, upgrade of BTSs, NodeBs & AXCs.
1st level support of the NSN Test Bed elements( access & core elements, SGSN,GGSN,OSS,
Routers etc.), element supervision, HW & SW maintenance, faulty modules replacement, alarms
handling.
New elements HW & SW testing, reconfiguration of elements to meet seminar & testing needs.
Activation of XML files, status report, Alarm status & clearance.
Quality & AT check of GSM/UMTS sites.
Troubleshooting of ZTE 2g and 3g BTS (8800, 8900).
Worked on the Quality of Installation as per customer requirements.
Mini link and fiber Microwave link for BSNL network.
Traffic node and traffic shifting for Microwave link.
NMS visibility, Media through, Alarm clearance.
Worked on maintenance of RBS faults like VSWR fault, IDB fault, Alarms, sector down, site down, E1
break.
Worked on the various PDH nodes IDU, SDH nodes.
Location: U.P (Meerut)
Vendor: Rajat Teleservices Pvt. Ltd (ZTE)
Previous Sub-Project:
Project Name: MS Air cell (Luknow)
Client: AIR CELL (ZTE )
Job Profile: I and C engineer
Worked on Integration and Commissioning of ZTE bts for air cell project.
Worked on alarm clearance, fine tuning of RSL.
Worked on BTS installation and commissioning.
MINI-LINK for Microwave link.
EMF survey, RFI survey.
Antenna Alignment, Antenna dismantles all about installation and maintenance work.
Quality maintenance for AT.
Location: U.P (Lucknow)
Vendor: Rajat Teleservices Pvt. Ltd (ZTE)
[Type text] Page 5
6. CURRICULAM VITAE
EDUCATIONAL DETAILS
Examination Board Institute/university Percentage Year of
passing
B.E.(ECE) V.T.U.
Alpha College of Engineering,
Bangalore
63.2%
2013
12th C.B.S.E.
Air Force School Bamrauli,
Allahabad
64%
2008
10th C.B.S.E.
Air Force School Bamrauli,
Allahabad
84%
2006
ACEDMIC PROJECT DETAILS
Metro Train Tracking And Safety Mechanism using ARM Controller
Module Used: Zigbee Device, ARM, DC Motor, IR Sensor, RFID Tags, RFID.
Working:
Tracking: RFID tags are used which is read by the RFID reader about the particular station and
this information is goes to the ARM through Zigbee device and then the tracking is possible at
base stations.
Safety :IR sensor is used which detects unknown objects or heat and this information is goes to
ARM through zigbee device and then it gets collected by base station and dc motor gets
controlled from base stations.
My Role: Analysis, Fabrication, Presentation.
SOFTWARE SKILLS
Programming Based: c
SUBJECTS OF INTEREST
Microwave and GSM, Digital and Analog Communication, Wireless Communication, Network
Analysis and Synthesis.
TRAINING DETAILS
Summer Training in BSNL from UP.
Embedded system robotics level-2 (8051) From APPIN TECHNOLOGY LAB.
CO-CURRICULAR ACTIVITIES
[Type text] Page 6
7. CURRICULAM VITAE
Won various prizes at school level in Debate competition.
Volunteered for many of the programs & Workshops at University level and finally bought them
all to a great success as a result of great team work.
Participated in the Tec fest in IIT KANPUR.
Participated in the model competition (Technical Expo) at college level.
HOBBIES AND INTERESTS
Travelling, Reading newspapers.
Collecting Software, Surfing Internet.
Playing mind teaser games, Watching Cricket.
Listening to Music, Social works, cooking.
DECLARATION
The above provided information is as per the best of my knowledge.
Date: 31-07-2015 (MOHAMMAD SALEEM)
Place: BANGALORE
[Type text] Page 7