Sandeep Kumar is a telecom network designer with over 9 years of experience in planning and designing fiber optic, copper, and HFC networks for telecom projects in India and abroad. He has extensive experience using software such as AutoCAD, ArcGIS, and Spatial Net to design greenfield and brownfield FTTx networks for projects with NBNCo Australia, Reliance Jio, and Videotron Canada. Currently he works as a team lead at Accenture managing a team of 15 members supporting their physical network inventory.
Bivas Krishna Paul has over 11 years of experience in telecommunications network design and implementation. He currently works as a manager for wireline planning and GIS at Airtel. He has extensive experience designing fiber optic cable networks, including national long distance, intra-city, access networks, and wireless backhaul. He is proficient with GIS software such as ESRI ArcGIS and has managed teams responsible for updating telecom infrastructure data in GIS platforms.
Migration from Copper to Fiber Access Network using Passive Optical Network f...Umar Farooq
This document discusses migrating Pakistan's telecommunication access network from copper to fiber optic using a Passive Optical Network (PON). It proposes building a platform for optimized PON planning and deployment using Geographic Information Systems (GIS). GIS would allow digitizing maps, planning fiber routes, and simulating network performance. The platform aims to lower costs while meeting increasing bandwidth demand through a scalable fiber infrastructure. Field tests of the GIS-planned network showed reductions in capital and operating expenditures.
The document describes a case study of China's CNC Yangzhou using GPON (Gigabit PON) technology to build a broadband access network serving 21 towns. CNC selected FlexLight's Optimate GPON solution which uses an Optical Line Terminal (OLT) located at CNC's central offices and Optical Network Terminals (ONTs) located in customer premises in each town. The GPON network provides voice, data, and video services over a single fiber, lowering costs compared to deploying new fibers. After successful testing, CNC commercially deployed the FlexLight GPON system to provide services to 15 towns, with potential for future expansion. The modular GPON equipment met CNC's requirements for
Tanveer Uddin has over 10 years of experience in planning, designing, implementing, and managing fiber optic (FTTH, FTTB, FTTN) and hybrid fiber-coaxial networks for telecom companies in Saudi Arabia. He has extensive expertise in GPON, DOCSIS, and HFC technologies. As a regional manager, he has successfully overseen fiber optic infrastructure projects connecting over 900k subscribers.
Bluetooth is a short-range wireless technology that was developed in 1994 to provide wireless connections between devices like mobile phones, laptops, and other electronics. It uses radio waves in the 2.4 GHz range to connect up to 8 devices within 10-100 meters of each other. While initially developed for replacing cables, Bluetooth has expanded to many applications and is now commonly included in devices like headphones, speakers, and wireless keyboards.
Gyanendra Patel is a telecom industry professional with over 4 years of experience in fields such as site creation, BSC implementation, installation, commissioning, network planning, field support, and operations and maintenance of 2G and 3G networks. He is currently working as a RAN engineer for Tata Communications, where he is responsible for troubleshooting, commissioning, testing, and maintenance of telecommunications equipment to ensure maximum uptime. Patel has expertise in areas like IP planning, transmission equipment, BSC activities, provisioning plans, and software upgrades. He is proficient with tools from Nokia, Cisco, NEC, Huawei and other vendors.
This document provides a summary of Md. Shahabuddin's professional experience and qualifications. He has over 16 years of experience in the telecom industry, particularly in transmission planning roles. He has extensive experience working with major telecom operators in Bangladesh on projects involving microwave, optical fiber, SDH, and DWDM transmission networks. His experience includes roles such as transmission planning team lead, integration engineer, customer support engineer, and field maintenance engineer. He has worked with multiple vendors including Ericsson, Huawei, Marconi, and Tejas.
Bivas Krishna Paul has over 11 years of experience in telecommunications network design and implementation. He currently works as a manager for wireline planning and GIS at Airtel. He has extensive experience designing fiber optic cable networks, including national long distance, intra-city, access networks, and wireless backhaul. He is proficient with GIS software such as ESRI ArcGIS and has managed teams responsible for updating telecom infrastructure data in GIS platforms.
Migration from Copper to Fiber Access Network using Passive Optical Network f...Umar Farooq
This document discusses migrating Pakistan's telecommunication access network from copper to fiber optic using a Passive Optical Network (PON). It proposes building a platform for optimized PON planning and deployment using Geographic Information Systems (GIS). GIS would allow digitizing maps, planning fiber routes, and simulating network performance. The platform aims to lower costs while meeting increasing bandwidth demand through a scalable fiber infrastructure. Field tests of the GIS-planned network showed reductions in capital and operating expenditures.
The document describes a case study of China's CNC Yangzhou using GPON (Gigabit PON) technology to build a broadband access network serving 21 towns. CNC selected FlexLight's Optimate GPON solution which uses an Optical Line Terminal (OLT) located at CNC's central offices and Optical Network Terminals (ONTs) located in customer premises in each town. The GPON network provides voice, data, and video services over a single fiber, lowering costs compared to deploying new fibers. After successful testing, CNC commercially deployed the FlexLight GPON system to provide services to 15 towns, with potential for future expansion. The modular GPON equipment met CNC's requirements for
Tanveer Uddin has over 10 years of experience in planning, designing, implementing, and managing fiber optic (FTTH, FTTB, FTTN) and hybrid fiber-coaxial networks for telecom companies in Saudi Arabia. He has extensive expertise in GPON, DOCSIS, and HFC technologies. As a regional manager, he has successfully overseen fiber optic infrastructure projects connecting over 900k subscribers.
Bluetooth is a short-range wireless technology that was developed in 1994 to provide wireless connections between devices like mobile phones, laptops, and other electronics. It uses radio waves in the 2.4 GHz range to connect up to 8 devices within 10-100 meters of each other. While initially developed for replacing cables, Bluetooth has expanded to many applications and is now commonly included in devices like headphones, speakers, and wireless keyboards.
Gyanendra Patel is a telecom industry professional with over 4 years of experience in fields such as site creation, BSC implementation, installation, commissioning, network planning, field support, and operations and maintenance of 2G and 3G networks. He is currently working as a RAN engineer for Tata Communications, where he is responsible for troubleshooting, commissioning, testing, and maintenance of telecommunications equipment to ensure maximum uptime. Patel has expertise in areas like IP planning, transmission equipment, BSC activities, provisioning plans, and software upgrades. He is proficient with tools from Nokia, Cisco, NEC, Huawei and other vendors.
This document provides a summary of Md. Shahabuddin's professional experience and qualifications. He has over 16 years of experience in the telecom industry, particularly in transmission planning roles. He has extensive experience working with major telecom operators in Bangladesh on projects involving microwave, optical fiber, SDH, and DWDM transmission networks. His experience includes roles such as transmission planning team lead, integration engineer, customer support engineer, and field maintenance engineer. He has worked with multiple vendors including Ericsson, Huawei, Marconi, and Tejas.
This document summarizes how telecommunications companies can automate the design of fiber-to-the-home (FTTH) networks using GIS technology. It discusses how building FTTH networks is challenging due to the scale and complexity involved. It then describes how one company developed a four-step automated design process using ESRI ArcGIS and a design assistant to generate optimized network designs that standardize components and connections while minimizing costs and design time. Automating the FTTH design process can accelerate design times by 40% and save telecom companies millions of dollars for every 100,000 homes connected to the network.
1) LTE/SAE is designed to improve the performance and efficiency of wireless networks by utilizing a more spectrally efficient air interface, flexible use of radio spectrum, and a flat, packet-based network architecture.
2) It aims to enable wireless broadband communication comparable to DSL in fixed networks by providing peak data rates up to 173 Mbps (326 Mbps with MIMO), low latency below 20ms, and high spectral efficiency.
3) Major mobile operators expect LTE/SAE to achieve data rates over 100Mbps, spectral efficiency 3-4 times that of HSPA, and flexible deployment in various spectrum bands to maximize coverage and reuse of spectrum.
Fiber optics in-buildings infrastructure paper - OEA- LebanonKSU
This review paper discusses the benefits of fibre broadband and considerations for real estate developers in Lebanon; it compares different FTTx network architectures, the standardization of building network elements, the need for local legislations and describes typical FTTH deployments worldwide.
Yan Zhang has over 8 years of experience in RF engineering and network optimization for LTE, VOLTE, WCDMA, HSPA, and WiMAX networks. He has extensive skills in RF design, optimization, and troubleshooting using tools like Atoll, Unet, Genex, and MapInfo. Zhang has worked on network projects in China, Tanzania, and the United States, leading optimization teams and improving network KPIs. He is currently an RF Engineer at Netscout, working on an AT&T 5G calibration project.
This resume is for Nitin Awasthi, who has over 6 years of experience as a Radio Frequency Engineer. He has expertise in planning and optimizing LTE, CDMA, EVDO, and WiMax networks through tools like Ericsson LTE OSS-RC. Currently working as a Senior RF Engineer at Ericsson Global India Services optimizing networks for Sprint in the US. Previously worked at Aviat Networks planning and optimizing WiMax networks in Nigeria, India, and Europe. He is proficient with various RF planning, drive testing, and optimization tools and holds several Ericsson certifications.
This resume summarizes Mr. Kong De Sheng's qualifications and over 15 years of experience in telecommunications engineering. He has extensive experience designing, testing, and commissioning telecom systems for oil and gas projects. Some of his areas of expertise include radio systems, satellite systems, networking, fiber optics, and security systems. He currently works as a System Design Engineer for CSE-Transtel Pte Ltd in Singapore, where he is responsible for the design and implementation of large, multi-system telecom projects in the oil and gas sector.
This resume summarizes San Aung's work experience and qualifications. He has over 18 years of experience in telecommunications projects, including installation of transmission equipment, wireless networks, and IP networks. Notable projects include expansion of military and government fiber networks, GSM network implementation, and IP public address systems. San Aung held roles such as team leader, project manager, and chief engineer. He has expertise in transmission technologies, wireless networks, and IP networks. Education includes a BSC in Zoology and an AGTI in Electronics and Communication.
Manoj Tata has over 2 years of experience in network design, planning, and implementation for telecom projects. He has worked on fiber-to-the-premises networks in the US for Cox Communications and Comcast, designing hybrid fiber-coaxial networks for Truenet Communications. His technical skills include AUTOCAD, SMALLWORLD, LODE DATA, Spatial NET, and ARC GIS. He has experience capturing network details, planning distributions, analyzing designs, and generating documentation and reports for clients.
Syed Kashan Ali is seeking a position that allows him to utilize his skills in integrity, professionalism, and career development. He has over 8 years of experience in fields including research, engineering, planning, and optimization for companies such as Ericsson, L-3, Huawei, and Telecard. He has expertise in areas like antenna design, radio frequency planning, network optimization, and software like ADS, HFSS, and TEMS.
GE Digital Energy provides the Smallworld Network Inventory software solution for managing telecommunications network infrastructure. Smallworld has over 20 years of experience in geospatial information systems and was acquired by GE in 2000. It supports over 120 clients worldwide across telecom, cable, utility and other industries. The software provides an integrated view of both the logical and physical network, from outside plant infrastructure like cables and conduits to inside assets like equipment racks. It aids in network design, capacity planning, operations and maintenance.
John Greenwood is a telecommunications technician and rigger with over 15 years of experience in telecom installation, maintenance, and repair. He has extensive experience with wireless networks, fiber optic and copper cabling, satellite systems, and networking hardware and software. He is proficient in both domestic and international work, having performed contracts in Australia, Afghanistan, Iraq, and the UK.
Network operators face pressures to increase efficiencies, create new services, and expand networks with low average revenue per user. This requires a large business transformation. Nokia Siemens Networks helps operators define strategies to address these challenges and capture opportunities. The document discusses trends driving this transformation, such as new internet-based competitors and converging technologies. It also presents generic business models for operators, such as focusing on core transport or expanding value through bundling services. Nokia Siemens Networks aims to help operators maximize value through optimizing costs while boosting revenue by designing customized business models.
Fiber to the home (FTTH) technology delivers fiber optic cables directly to residential and commercial properties to provide high-speed internet access through broadband connections. There are two main types of FTTH networks: GPON uses a point-to-multipoint topology to share a single fiber among multiple users, while EPON provides a dedicated fiber connection for each business in an office building. FTTH dramatically increases internet speeds and bandwidth compared to traditional copper wiring and enables services like video conferencing, cloud computing, and teleworking for enterprises. Many countries are investing in FTTH infrastructure to lay the foundation for the digital society.
Introduction to inmarsat broadband global area network for mobile backbone ne...journalBEEI
In this paper is introduced the Inmarsat Global Area Network (GAN) as backbone to mobile networks. At the end of 2005 Inmarsat launched its BGAN service as the first high speed wireless data solutions with voice available on a global basis. The service is accessed through a portable, broadband satellite transceiver with antenna easy to carry as a laptop. The BGAN network consists constellation of Geostationary Earth Orbit (GEO) I-4 and I-5 satellites with an optimized ground network, which interconnects variety of terrestrial infrastructures at local BGAN users. This system employs bandwidth efficient modulation and coding techniques, capable of supporting variable bit-rate services and QoS depending on the needs of the application. The BGAN system is satellite component of 3G IMT-2000, specially the Universal Mobile Telecommunications Service (UMTS) standards. It will provide a near-global coverage overlay for the terrestrial networks, giving users service availability beyond the reach of terrestrial IMT-2000 networks. A range of supported terminals, personal devices, portable and mobile units linked with onboard entertainment, communications systems to remote base stations for civilian and military applications and SCADA or M2M are discussed.
BT Represented at The Mobile VAS SUMMIT 2009 by Virtue InsightParitosh Sharma
This document discusses India's next generation policy and regulatory environment for telecommunications. It provides an overview of India's existing telecom licensing regime and statistics on telecom usage. It then analyzes the strengths, weaknesses, opportunities, and threats of the current framework. Finally, it outlines a roadmap for future policy, including unifying regulatory functions, adopting a single technology-neutral license, enabling open access and infrastructure sharing, and establishing a next generation telecom policy to encourage investment, innovation and competition. The goal is to transition to a more light-touch regulatory approach that supports further development and adoption of next generation networks in India.
- Ahmed Hedib Dessouki is a PMP certified project management professional with extensive experience managing telecom projects in multi-vendor environments.
- He holds a Bachelor's degree in Communication and Electronics Engineering and is looking for a new position that provides career growth opportunities.
- His skills include project planning, quality control, risk management, communication, and team leadership. He has technical experience with radio frequency networks and vendors like Huawei, ZTE, Motorola, and Ericsson.
- His professional experience includes roles managing drive test projects, expansion projects, and implementation supervision on projects in Kuwait, Saudi Arabia, and Egypt.
Yan Zhang has over 8 years of experience in RF engineering and wireless network optimization for major telecom companies in China. He has led optimization teams and served as a technical lead for the deployment and optimization of LTE, HSPA, CDMA, and WiMAX networks. His experience includes network planning, RF parameter tuning, drive testing, troubleshooting, and improving key performance indicators. He is proficient in radio access network technologies and optimization tools from Huawei.
CommTech Talks: Optical Access Architectures for Backhauling of Broadband Mob...Antonio Capone
The document discusses challenges and solutions for mobile networks facing increasing data usage, including the use of heterogeneous networks (HetNets) with small cells and centralized baseband units (BBUs). It provides an overview of BBU centralization using Common Public Radio Interface (CPRI) backhauling and compares the capital expenditure and operating expenditure of transport solutions like time division multiplexing and wavelength division multiplexing. Centralized BBU deployment can help reduce operating costs through pooling and load balancing while CPRI backhauling requires high bandwidth and introduces latency challenges that compression techniques and network design can help address.
Wireless Technology Evolution - UC Irvine/DASpedia Seminar - John K BramfeldJohn K. Bramfeld
This presentation (Jan 2016) addressed the current state of in-building technologies like DAS, C-RAN, and small cells, and what future changes to the LTE RAN would impact them most. Using 5G as a benchmark to evaluate, how might things like heterogeneity, digital and wireless fronthaul, CPRI, higher orders of distributed MIMO, millimeter wave, DUDe, CoMP, and macro-pico tiering impact these very dynamic in-building network architectures in terms of performance and viability.
DCA is a training and development center located in South Jakarta that provides services to corporate clients across Indonesia. It employs graduates from reputable universities with diverse industry experience to design customized training programs tailored to client needs in various sectors. DCA aims to create positive change and add soft skills through its fun and knowledge-filled training materials. Its mission is to create value for corporate sectors and transform employees to better meet market demands.
Customer relation management (CRM) is a strategy for building a business by keeping customers engaged and loyal through personal approaches and constant contact using databases and teamwork. The first step is to engage customers and the second step is to keep in touch with customers on a personal level to build loyalty. Smart companies harness customer creativity to build their business through CRM strategies.
The last of this series for nursing students is Life as a Nurse. Life as a Nurse is one of the most commendable careers you can select. You are held up to a higher standard, and are frequently regarding with the trust, respect, and admiration of not just your patients and their families, but to these same traits in nurses are the same around the world. Being a nurse is not just another job, it is a solemn responsibilty NEVER to be taken lightly or for granted. Congratulations on making a life changing, challenging, exhaustive, and absolutely the BEST choice you could make.
You are about to change the world.
This document summarizes how telecommunications companies can automate the design of fiber-to-the-home (FTTH) networks using GIS technology. It discusses how building FTTH networks is challenging due to the scale and complexity involved. It then describes how one company developed a four-step automated design process using ESRI ArcGIS and a design assistant to generate optimized network designs that standardize components and connections while minimizing costs and design time. Automating the FTTH design process can accelerate design times by 40% and save telecom companies millions of dollars for every 100,000 homes connected to the network.
1) LTE/SAE is designed to improve the performance and efficiency of wireless networks by utilizing a more spectrally efficient air interface, flexible use of radio spectrum, and a flat, packet-based network architecture.
2) It aims to enable wireless broadband communication comparable to DSL in fixed networks by providing peak data rates up to 173 Mbps (326 Mbps with MIMO), low latency below 20ms, and high spectral efficiency.
3) Major mobile operators expect LTE/SAE to achieve data rates over 100Mbps, spectral efficiency 3-4 times that of HSPA, and flexible deployment in various spectrum bands to maximize coverage and reuse of spectrum.
Fiber optics in-buildings infrastructure paper - OEA- LebanonKSU
This review paper discusses the benefits of fibre broadband and considerations for real estate developers in Lebanon; it compares different FTTx network architectures, the standardization of building network elements, the need for local legislations and describes typical FTTH deployments worldwide.
Yan Zhang has over 8 years of experience in RF engineering and network optimization for LTE, VOLTE, WCDMA, HSPA, and WiMAX networks. He has extensive skills in RF design, optimization, and troubleshooting using tools like Atoll, Unet, Genex, and MapInfo. Zhang has worked on network projects in China, Tanzania, and the United States, leading optimization teams and improving network KPIs. He is currently an RF Engineer at Netscout, working on an AT&T 5G calibration project.
This resume is for Nitin Awasthi, who has over 6 years of experience as a Radio Frequency Engineer. He has expertise in planning and optimizing LTE, CDMA, EVDO, and WiMax networks through tools like Ericsson LTE OSS-RC. Currently working as a Senior RF Engineer at Ericsson Global India Services optimizing networks for Sprint in the US. Previously worked at Aviat Networks planning and optimizing WiMax networks in Nigeria, India, and Europe. He is proficient with various RF planning, drive testing, and optimization tools and holds several Ericsson certifications.
This resume summarizes Mr. Kong De Sheng's qualifications and over 15 years of experience in telecommunications engineering. He has extensive experience designing, testing, and commissioning telecom systems for oil and gas projects. Some of his areas of expertise include radio systems, satellite systems, networking, fiber optics, and security systems. He currently works as a System Design Engineer for CSE-Transtel Pte Ltd in Singapore, where he is responsible for the design and implementation of large, multi-system telecom projects in the oil and gas sector.
This resume summarizes San Aung's work experience and qualifications. He has over 18 years of experience in telecommunications projects, including installation of transmission equipment, wireless networks, and IP networks. Notable projects include expansion of military and government fiber networks, GSM network implementation, and IP public address systems. San Aung held roles such as team leader, project manager, and chief engineer. He has expertise in transmission technologies, wireless networks, and IP networks. Education includes a BSC in Zoology and an AGTI in Electronics and Communication.
Manoj Tata has over 2 years of experience in network design, planning, and implementation for telecom projects. He has worked on fiber-to-the-premises networks in the US for Cox Communications and Comcast, designing hybrid fiber-coaxial networks for Truenet Communications. His technical skills include AUTOCAD, SMALLWORLD, LODE DATA, Spatial NET, and ARC GIS. He has experience capturing network details, planning distributions, analyzing designs, and generating documentation and reports for clients.
Syed Kashan Ali is seeking a position that allows him to utilize his skills in integrity, professionalism, and career development. He has over 8 years of experience in fields including research, engineering, planning, and optimization for companies such as Ericsson, L-3, Huawei, and Telecard. He has expertise in areas like antenna design, radio frequency planning, network optimization, and software like ADS, HFSS, and TEMS.
GE Digital Energy provides the Smallworld Network Inventory software solution for managing telecommunications network infrastructure. Smallworld has over 20 years of experience in geospatial information systems and was acquired by GE in 2000. It supports over 120 clients worldwide across telecom, cable, utility and other industries. The software provides an integrated view of both the logical and physical network, from outside plant infrastructure like cables and conduits to inside assets like equipment racks. It aids in network design, capacity planning, operations and maintenance.
John Greenwood is a telecommunications technician and rigger with over 15 years of experience in telecom installation, maintenance, and repair. He has extensive experience with wireless networks, fiber optic and copper cabling, satellite systems, and networking hardware and software. He is proficient in both domestic and international work, having performed contracts in Australia, Afghanistan, Iraq, and the UK.
Network operators face pressures to increase efficiencies, create new services, and expand networks with low average revenue per user. This requires a large business transformation. Nokia Siemens Networks helps operators define strategies to address these challenges and capture opportunities. The document discusses trends driving this transformation, such as new internet-based competitors and converging technologies. It also presents generic business models for operators, such as focusing on core transport or expanding value through bundling services. Nokia Siemens Networks aims to help operators maximize value through optimizing costs while boosting revenue by designing customized business models.
Fiber to the home (FTTH) technology delivers fiber optic cables directly to residential and commercial properties to provide high-speed internet access through broadband connections. There are two main types of FTTH networks: GPON uses a point-to-multipoint topology to share a single fiber among multiple users, while EPON provides a dedicated fiber connection for each business in an office building. FTTH dramatically increases internet speeds and bandwidth compared to traditional copper wiring and enables services like video conferencing, cloud computing, and teleworking for enterprises. Many countries are investing in FTTH infrastructure to lay the foundation for the digital society.
Introduction to inmarsat broadband global area network for mobile backbone ne...journalBEEI
In this paper is introduced the Inmarsat Global Area Network (GAN) as backbone to mobile networks. At the end of 2005 Inmarsat launched its BGAN service as the first high speed wireless data solutions with voice available on a global basis. The service is accessed through a portable, broadband satellite transceiver with antenna easy to carry as a laptop. The BGAN network consists constellation of Geostationary Earth Orbit (GEO) I-4 and I-5 satellites with an optimized ground network, which interconnects variety of terrestrial infrastructures at local BGAN users. This system employs bandwidth efficient modulation and coding techniques, capable of supporting variable bit-rate services and QoS depending on the needs of the application. The BGAN system is satellite component of 3G IMT-2000, specially the Universal Mobile Telecommunications Service (UMTS) standards. It will provide a near-global coverage overlay for the terrestrial networks, giving users service availability beyond the reach of terrestrial IMT-2000 networks. A range of supported terminals, personal devices, portable and mobile units linked with onboard entertainment, communications systems to remote base stations for civilian and military applications and SCADA or M2M are discussed.
BT Represented at The Mobile VAS SUMMIT 2009 by Virtue InsightParitosh Sharma
This document discusses India's next generation policy and regulatory environment for telecommunications. It provides an overview of India's existing telecom licensing regime and statistics on telecom usage. It then analyzes the strengths, weaknesses, opportunities, and threats of the current framework. Finally, it outlines a roadmap for future policy, including unifying regulatory functions, adopting a single technology-neutral license, enabling open access and infrastructure sharing, and establishing a next generation telecom policy to encourage investment, innovation and competition. The goal is to transition to a more light-touch regulatory approach that supports further development and adoption of next generation networks in India.
- Ahmed Hedib Dessouki is a PMP certified project management professional with extensive experience managing telecom projects in multi-vendor environments.
- He holds a Bachelor's degree in Communication and Electronics Engineering and is looking for a new position that provides career growth opportunities.
- His skills include project planning, quality control, risk management, communication, and team leadership. He has technical experience with radio frequency networks and vendors like Huawei, ZTE, Motorola, and Ericsson.
- His professional experience includes roles managing drive test projects, expansion projects, and implementation supervision on projects in Kuwait, Saudi Arabia, and Egypt.
Yan Zhang has over 8 years of experience in RF engineering and wireless network optimization for major telecom companies in China. He has led optimization teams and served as a technical lead for the deployment and optimization of LTE, HSPA, CDMA, and WiMAX networks. His experience includes network planning, RF parameter tuning, drive testing, troubleshooting, and improving key performance indicators. He is proficient in radio access network technologies and optimization tools from Huawei.
CommTech Talks: Optical Access Architectures for Backhauling of Broadband Mob...Antonio Capone
The document discusses challenges and solutions for mobile networks facing increasing data usage, including the use of heterogeneous networks (HetNets) with small cells and centralized baseband units (BBUs). It provides an overview of BBU centralization using Common Public Radio Interface (CPRI) backhauling and compares the capital expenditure and operating expenditure of transport solutions like time division multiplexing and wavelength division multiplexing. Centralized BBU deployment can help reduce operating costs through pooling and load balancing while CPRI backhauling requires high bandwidth and introduces latency challenges that compression techniques and network design can help address.
Wireless Technology Evolution - UC Irvine/DASpedia Seminar - John K BramfeldJohn K. Bramfeld
This presentation (Jan 2016) addressed the current state of in-building technologies like DAS, C-RAN, and small cells, and what future changes to the LTE RAN would impact them most. Using 5G as a benchmark to evaluate, how might things like heterogeneity, digital and wireless fronthaul, CPRI, higher orders of distributed MIMO, millimeter wave, DUDe, CoMP, and macro-pico tiering impact these very dynamic in-building network architectures in terms of performance and viability.
DCA is a training and development center located in South Jakarta that provides services to corporate clients across Indonesia. It employs graduates from reputable universities with diverse industry experience to design customized training programs tailored to client needs in various sectors. DCA aims to create positive change and add soft skills through its fun and knowledge-filled training materials. Its mission is to create value for corporate sectors and transform employees to better meet market demands.
Customer relation management (CRM) is a strategy for building a business by keeping customers engaged and loyal through personal approaches and constant contact using databases and teamwork. The first step is to engage customers and the second step is to keep in touch with customers on a personal level to build loyalty. Smart companies harness customer creativity to build their business through CRM strategies.
The last of this series for nursing students is Life as a Nurse. Life as a Nurse is one of the most commendable careers you can select. You are held up to a higher standard, and are frequently regarding with the trust, respect, and admiration of not just your patients and their families, but to these same traits in nurses are the same around the world. Being a nurse is not just another job, it is a solemn responsibilty NEVER to be taken lightly or for granted. Congratulations on making a life changing, challenging, exhaustive, and absolutely the BEST choice you could make.
You are about to change the world.
Privacy OCR은 스캔, 복사, 촬영된 이미지 파일 형태의 문서, 신분증, 각종 증명서/신청서 등을 문자인식(OCR)하여 이미지 내의 특정 키워드와 개인정보를 추출하는 기능을 제공
합니다.
추출된 텍스트 내에 키워드, 개인정보가 존재 시에 해당 정보를 제공 함으로서 기업, 공공기관의 개인정보보호 정책에 따른 보안기능을 적용합니다
SECUDRIVE File Server는 Windows 서버에 설치하는 문서중앙화 솔루션으로 공유 폴더에 대한 데이터의 유출을 방지합니다. 공유 폴더에 저장된 데이터에 대한 PC로 복사, 인쇄, 캡쳐를 방지하고 반출 데이터 백업 기능, 파일 작업 로그 관리 기능을 제공합니다.
기존 Windows 파일 서버에 프로그램만 설치하면 즉시 보안 파일 서버로 변경할 수 있습니다
- 파일 탐색기에서 '열기', '복사', '생성', '삭제'등은 가능 하나 정보 유출은 방지
- 데이터의 복사, 인쇄, 화면 캡쳐, 잘라 내기 및 붙여 넣기 차단, SNS 사이트 등 네트워크를 통한 유출 차단
- WebDAV, DFS 등을 지원 대규모 회사에서도 사용가능
- 정책 변경은 관리 화면에서 변경으로 모든 클라이언트에 온라인으로 반영
최근에 기업의 정보유출 사례를 보면 인가자에 의한 정상적으로 유통된 파일이 악의적으로 제3자에게 전달되어 기업의 정보자산이 유출되는 사례가 증가하고 있어 이를 통제하기 위한 방안이 필요하며 도입 구축 시 주 보안 기능의 완성도 및 솔루션 도입비용, 관리 및 운영의 효율성, 업무환경 변화의 최소화 등을 고려하여 시스템을 구축하는 것이 바람직할 것입니다.
EFEKTIVITAS PENAGIHAN PAJAK DENGAN SURAT PAKSA DALAM RANGKA PENCAIRAN TUNGGAK...Uofa_Unsada
Skripsi ini membahas efektivitas penagihan pajak dengan surat paksa di Kantor Pelayanan Pajak Pratama Jakarta Cakung Satu. Penelitian ini bertujuan untuk menganalisis pelaksanaan penagihan pajak dengan surat paksa, tingkat efektivitasnya dalam mencairkan tunggakan pajak, serta hambatan dan upaya yang dihadapi. Hasil penelitian menunjukkan tingkat efektivitas penagihan pajak dengan surat
Makalah ini membahas tentang aplikasi serat optik dalam dunia kedokteran khususnya untuk endoskopi. Endoskopi adalah alat untuk memeriksa organ dalam tubuh secara visual menggunakan serat optik dan teknologi video. Endoskopi memiliki kelebihan seperti sensitivitas tinggi dan minim radiasi. Sejarah perkembangan endoskopi dimulai dari tabung kaku, semi lentur, hingga berbasis serat optik saat ini. Prinsip
ANALISIS FAKTOR MOTIVASI KERJA PEGAWAI NEGERI SIPIL (PNS) DI KANTOR SUKU DINA...Uofa_Unsada
1) Dokumen tersebut membahas tentang pentingnya manajemen sumber daya manusia dan motivasi kerja pegawai negeri sipil dalam mencapai tujuan organisasi.
2) Beberapa faktor yang dapat mempengaruhi motivasi kerja pegawai antara lain lingkungan kerja, kompensasi, pengembangan karir, dan hubungan dengan atasan.
3) Penelitian ini bertujuan untuk mengetahui faktor-faktor apa saja yang mendorong motivasi ker
A house fire is always difficult to escape from. It is important to establish certain procedures in advance to facilitate a successful escape. This video describes the procedures for an emergency escape plan. For more information, please visit:
http://www.certifiedsecuritysystems.com/
The document provides a curriculum vitae for Mahendar Borkut summarizing his professional experience and qualifications. It details over 8 years of experience working in Geographical Information Systems and Telecom domains for various companies. His roles have included GIS planning, network creation, fiber planning and design, and managing a team for GIS operations and data updates using software like Smallworld, AutoCAD, and 3GIS. He holds a Master's Degree in Environmental Science and has worked on projects for clients in the US, Australia, and India.
Imran Dhanse has over 15 years of experience in transmission planning for mobile network operators. He has extensive experience planning microwave networks for greenfield and expansion projects of various operators. Currently he works as a Lead Transmission Planner at Nokia Siemens Networks, where he is responsible for planning and optimization of the transmission network to ensure quality, capacity and cost efficiency. Previously he has worked on transmission planning projects for Aircel, Vodafone, Idea, and TTSL.
Ahmed Osama is a Project Manager and OSP/FTTx Designer with over 8 years of experience managing telecom infrastructure projects in the UAE. He is a certified PMP and has experience designing and implementing GPON fiber networks for major telecom providers. He is proficient in project management, risk management, budgeting, and overseeing teams of over 250 people. Key projects include managing the rollout of fiber networks for 86,000 subscribers and migrating 5,000 mobile shelters to fiber connectivity.
This curriculum vitae is for C.Vimal Kumar, who has over 6 years of experience in the telecom field working for companies like ProdapT, Reliance Jio, Tata Communications, and Airtel. He has extensive skills and experience in optical fiber networks including planning, installation, testing, fault management, and migrating customers from copper to fiber services. Currently he works as a Senior Operations Engineer for ProdapT where he is responsible for planning and designing fiber to the home networks.
This curriculum vitae outlines C. Vimal Kumar's professional experience and qualifications. He has over 6 years of experience in the telecom field, working for companies such as Reliance Jio, Tata Communications, Qatar Telecom, and Airtel. His roles have included fiber network planning and design, operations and maintenance, and managing fiber installation projects. He holds a Bachelor of Engineering degree in Electrical and Electronics Engineering from SA Engineering College in Chennai, India.
Cv for specialist design planner costing in fiber,ftth, backhaul wireless s...Asad asad
Murtaza Asad is a specialist design planner with over 17 years of experience in telecom planning for fiber optic, FTTH, backhaul wireless systems, and projects. He has worked for Etisalat in both Pakistan and the UAE, planning networks and designing fiber connectivity for GPON FTTx projects. Some of his responsibilities include design and planning projects with detailed drawings and fiber management, preparing bills of quantities and cost estimates, obtaining necessary permissions, and updating documentation. He is proficient in planning for GPON, GSM sites, IP-VPNs, and more using GIS systems.
Mamdouh has over 15 years of experience in telecommunications including 4 years working with light current systems and over 8 years working with fiber optic networks. He currently works as a Network and Design Engineer for Etisalat in the United Arab Emirates, where he is responsible for planning and designing fiber to the home networks, managing projects, and overseeing a team of planners. Mamdouh has a bachelor's degree in electrical engineering and various technical certifications.
This document provides a summary of S. Saravanan Mudaliar's professional experience and qualifications. He has over 18 years of experience in telecommunications and GIS data services, working for companies such as SNC-Lavalin, Radius Infratel, Alcatel-Lucent, Bharti Airtel, and Tata Consultancy Services. His roles have included network planning, design, operations management, and GIS data integration. He holds an engineering diploma and postgraduate diploma in business administration.
Shashank Tripathi is a young professional with a Bachelor's degree in Electronics and Communication and over 5 years of experience in network planning and execution roles. He has worked with companies like Reliance Jio, Linkquest Telecom, and Reliance Communications planning fiber networks, managing projects, and troubleshooting issues. Currently he works with kutumbh care planning wireline fiber networks for 4G and is responsible for enterprise business services deliveries.
This document contains a summary of a job applicant's qualifications. The applicant has over 4 years of experience in transmission planning, currently working as a Transmission Circuit Planning Engineer. Previous experience includes working for Tata Teleservices as a Transmission Planning Engineer. The applicant has knowledge of wireless and wireline communication technologies, fiber optics, SDH equipment, and tools like PathLoss and GIS mapping applications. They are seeking new assignments in telecommunications in Bangalore and have the required education and skills for the role.
CelPlan provides telecommunications consulting and design services for utilities globally. They have offices worldwide and local sales representatives to support customers. Their services include network planning, optimization, and modernization for wireless, fiber, and IoT networks. They also provide specialized testing, training programs, and tools like their CellDesigner network design software.
This document is a resume for Ankit Baliyan. It summarizes his work experience in transmission planning and maintenance for telecom companies over 2 years and 3 months. His experience includes transmission network planning, link budgeting, frequency planning, site surveys, and equipment procurement. He is seeking new opportunities in network design, transmission planning, and operations and maintenance for the telecom industry.
Deepak Pandey has over 10 years of experience in transmission planning and implementation. He has expertise in technologies like TDM, Ethernet, microwave and specialized in high capacity planning up to 8+0. He is experienced with challenging projects in India and Africa for customers like Airtel. Currently he is working on transmission planning for Airtel Africa and specializes in long haul link planning, ordering equipment, and providing sales support.
This resume summarizes Wyden S. Sagun's experience working with Ericsson telecommunications equipment and integrating systems for various customers over almost 20 years. He has held several roles with increasing responsibility, most recently as a Services Engineer from 2012-2015 where he performed integration work including hardware and software testing and troubleshooting for GSM networks. Prior to that he served as a Team Leader and Senior Integration Engineer from 2009-2012 managing integration projects.
Lakhbinder Singh has over 11 years of experience in telecommunications network planning and optimization. He currently leads a team of 21 transmission planners at ZTE India, where he is responsible for designing microwave radio networks for various mobile operators. Prior to this, he held transmission planning roles at other telecom companies and has extensive expertise in 2G, 3G, and IP-based network design and implementation.
Shashank Rai is seeking an IT position and has over 2 years of experience in IT and telecom fields including designing and implementing broadband and fiber optic networks. He has skills in AutoCAD, ArcGIS, and Microsoft Visio and experience managing CMTS/HUB systems and designing fiber, coaxial, and copper networks. His experience also includes land management GIS projects for the government and navigation systems for automotive companies.
This document is a resume for Yan Zhang, an RF engineer with experience in wireless network planning, optimization, and troubleshooting for LTE, UMTS, HSPA, CDMA, and WiMAX networks. Zhang has worked on network projects in China, Tanzania, and other countries for companies including Huawei, China Unicom, and China Mobile. Zhang's skills include RF parameter tuning, coverage prediction, neighbor planning, optimization of KPIs and drive test analysis. Zhang holds a Bachelor's degree in Accounting from Guangdong University of Foreign Studies.
This document is Steve Lincoln's 4-page curriculum vitae. It outlines his 30 years of experience in the telecommunications industry, including roles in project management, logistics coordination, network planning and design, and technical operations. It also lists his educational background and qualifications.
Saad-Al-Hassan has over 7 years of experience in transmission technology including microwave and optical fiber networks. He has worked on projects in Bangladesh, Malaysia, Indonesia, South Africa, and Myanmar. His experience includes planning, installation, testing, commissioning, and optimization of microwave radios, multiplexers, and network management systems from vendors such as Huawei and Ericsson.
This document provides a summary of Narendra Sharma's professional experience and qualifications. It includes:
1. Contact information and addresses for Narendra Sharma.
2. Over 20 years of experience in telecom network planning, operations, and project management for FTTx, wireless, wireline, and enterprise networks in India.
3. Specific experience planning and managing large fiber optic and wireless network projects for government, smart cities, and telecom operators across India.
4. Core competencies in project planning and execution, network management, operations and maintenance, and vendor management for various telecom technologies.
1. Sandeep Kumar
E-mail: Sandeepkumars1342@gmail.com
Cell No. +91 9953176365
CAREER OBJECTIVE: -
To understand the nuances of the area I will be working in and progress steadily in the organization. As
amulet-skilled professional with extensive. Telecom Optical Fiber/Ariel, Copper Network & HFC
Designer & Planning, Gas/Power Utilities as well, CADMapping skills experience, am looking for
an opportunity to apply my skills in a real world scenario, where my technical support that utilizes my
skill set and provides growth opportunity, would be put to a test and at the same time, offer me a chance
to better these skills.
Total Experience: - 9+ Years Telecom Sector & GIS Mapping Core Telecom Network OSP/ISP
Telecom Network Optical Fiber & Copper HFC Coaxial Network Planning & Designing.
Current Company: -Accenture Services India Pvt.Ltd. As a Software Engineer Team LeadLevel-9)
Core Area’s: - PNI-ASM (Physical Network Inventory & Application Support Maintenance
Incident Management Problem Management, IT Consultant.
Handling PNI AS & M (Application Support Maintenance) Incident Management Related to
Physical Infrastructure Network and Fiber Telecom, Copper, HFC, Coax, Weariless Network,
Satellite Network and Mobility as well.
Application Environment: -
BMC-Remedy Accident Application
Spatial Net application: -Spatial Net GIS & Base Mapping, Telecom Network Designing database.
Cisco Tidal Software:- A provider of intelligent Process Automation Schedule and Scheduler.
Search Manual is a companion manual to the Search Reference. The Search Manualcontains
detailed information.
Python programing Language Learning faces.
High Performance Delivering the one-stop-shop and long standing partner for GLOBAL ITSOLUTION
Consulting, Technology and Outsourcing, enabling clients to become high performance business and
creating long terms relationships by being responsive and relevant and by consistently delivering value.
Tata Consultancy Services (TCS) 21-January-2015 to 30-September-2016: -
Telecom Project: - NBNCo. (National Broadband Network of Australia)
FTTx. /FTTN/FTTH/FTTP/FTTB/FTTC (UG Network, Aerial Network & Buried Network as well.)
HFC Coaxial Telecom Project MTM (Multi mix Technologies) Project Environment.
Designation: - Business Process Lead.
Description of project: -
The Optical Telecom Network Planning FTTH, FTTN, FTTx, FTTB, FTTC, FTTP etc. broadband
infrastructure to handle Networking Planning Horizontal / Vertical (SDU / MDU) w 350MHz/750MHz,
E-GPON/G-PON Technologies.
1. Feeder Network / Transit Fiber Network (FSA)
2. Distribution Network / Trunk Network (FSA-M)
3. Customer Services Area /Local Fiber Network (FDA/SAM)
4. BOM, (Bill of Materials)
5. BOQ List preparation (Bill of Quantity)
5. SOR (Schedule of Rate)
Designing Equipment’s:
FAN, OLT, ODF, FDH, PASSIVE SPLLITESR, SPLICE ENCLOSURE, MULTIPORT Etc.
Design of the passive Telecommunications Network with Fiber on (GPON) network
Planning of future expansion of FTTH (GPON) access network
Implementation of database for FTTH OSP network using GIS system
Planning and Designing the Greenfield Network-NewEstate and Backhaul
A working knowledge of the following technologies: passive (PON,GPON)
OSP (OUTSIDE PLANT) and ISP (INSIDE PLANT) of telecom network
Implementation of Post Survey in FTTH Design
Preparation AS BUILT of Telecom Design
Coordinating with the onsite team for details for clarifications.
2. Planning Shipments, co-ordination and execution of land base map conversion projects. Quality
Assurance of Deliverables. Design of the passive Telecommunications Network Fiberon
(GPON) network
Excellent skills in Documentation & Training to team.
Additional Role and Responsibility: -
Technical training provides
Team Handling of (Approx. 15 Members)
Telecom Project: - R4G-20-FTTx-NGL Reliance Jio Infocomm Limited (SMAL)
FTTx. /FTTH/FTTP/FTTB from Sep-14 to Jan-15)
Designation: - Design Acceptance Lead (Assistant Manager)
Designing A-Node to B-Node (OLT/ODF, MDF to Last miles)
Description of project: OSP FTTH /FTTx: -
The 4G Optical Telecom Network Planning FTTH, FTTx, FTTB, FTTP etc. broadband infrastructure to
handle Networking Planning Horizontal / Vertical (SDU / MDU) with G-PON Technology work area.
1. Feeder Serving Area (FSA)
2. Distribution Serving Area (DSA)
3. Customer Services Area (CSA)
4. BOM, BOQ List preparation
5. Splice Report
Civil in fracture Planning Designing: -
In fracture Planning Manhole/Hand hole/AC/Duct 1way 7way or Dependent Requirement of Network
as well. Urban/Dense Area Optical Networking Design Telecom Network Planning of FTTx.
Optical Telecom Network Designing Tran’s media Network Planning.
Area of Network Designing field, Priority Base Planning in Society Area
HLD, LLD SLD Network designing as well.
Splice Report, as built Design
Tool Testing (TKI) Telecom Cable Engineering
Additional Role and Responsibility: -
Vendor Management of Out Side
Team Handling of (Approx. 15 Members)
Execution Part
Physical area Survey on planning and designing site.
Technical Environment: -
ArcGIS 10.1, AutoCAD2015, TKI (Tele Cable Engineering), MS Office
Telecom Project: - SNC Lavalin Engineering India private Limited.
(MGM) Modernization of the Greater Montreal City of VIDEOTRON (Canada)
Designation: - Telecom Designer FTTP/FTTH HFC Network March-14 to Sep-14.
Description of project: OSP / ISP: -
Upgrade Existing RF Radio network, planning and designing of RF coverage related activities within the
geography of the small cell area.
Network designing of existing network In fracture and RF/Equipment’s planning to coast Co-ordination
with state RF team for RF planning/ optimization 750MHz Coaxial Network (upgrading) and planning
for the new networks according to the 1000 GHz (G-PON) TECHNOLOGIES.
Existing connection and new house connections fiber network is being planned and for the existing
networks the cooper network are being upgrade Signal Levels from Existing 750MHz to 1GHz.
HFC Network:
The backbone Fiber Network FTTN, from Node or Cabinet to Last miles
Standard Modem DOCSIS and ILLICO-2 Modem used with Hybrid Coaxial Network (HFC), RF
Cable Broadband, Cables, Amplifiers, Nodes, Cable Broadband on Polls side.
Working on Backhaul Fiber Network. Upgraded Brownfield Network.
Inside/OSP Planning from Exchange/TDL to the FDH/FAV and in Side of Splice
RACC/Filter/Components/Fusion etc.: The Planning or Ariel Telecom Network Pole to Pole. With
Using Loops Tube Optical Fiber Splicing, Fusion, Filtering Connectivity to the Optical to HFC Cable,
Trunk, Node Simple (Scientific Atlanta) or Manufacturing by (Aurora) Double Node.
3. Receiver Transmitter, Transponder with Managing the RF Frequency High / Low and Return
between TDL to Node which are CWDM and DWDM Channels Signals.
CWDM and DWDM Technologies Broadcasting of Avail NC/and Avail BC / AMONT Receiver
which are network Planning with using Upstream and Downstream NC/BC Channels.
Roles and Responsibilities: -
Planning
Designing
Drafting
Calculating the losses encountered in the network transmission and reception.
Ensuring Quality control and quality assurance.
Technical Environment: -
1. Small world
2. Microsoft Visio
3. Micro station
Data Base Application: - SAP (Database)
Telecom Project- RMSI Private Limited Noida Sector-16, Pin-201301
NBNCo. Australia Project ofOptical Telecom Network Designing.
Designation: - Jr. GIS Engineer/Telecom Designer (April-2005 to March-2014)
Job Profile: -
Design of the passive Telecommunications Network with Fiber on (GPON) network
Planning of future expansion of FTTH (GPON) access network
Implementation of database for FTTH OSP network using GIS system
Update customer records and create a Fiber Check sheet.
Design, provision, document, and direct Outside Plant Fiber Optic Cable (UG, Aerial, Buried) and
Vault and conduit design.
Review Fiber-to-the-Home (FTTH) network designs for quality of the design decisions.
Planning and Designing the Greenfield Network-New Estate and Backhaul
A working knowledge of the following technologies: passive (PON, GPON)
Creating and maintain the OSP (OUTSIDE PLANT) and ISP (INSIDE PLANT) of telecom
network.
Development OSP planning/design documentation, plans and specification GPON Technology.
Implementation of Post Survey in FTTH Design, Preparation AS BUILT of Telecom Design.
National Broadband Network (NBN): - Optical Fiber Cable Planning (FTTP/FTTB)
Technology Used: -
AutoCAD 2010,2012, MapInfo Professional, Google Earth, Spatial Net
Client: NBNCo. Australia
Design and Planning off FTTH (GPON) network
Prepare Fundamental design showing Street cabinet boundaries, Hand holes, Manholes, locations
Prepare Designs for Fiber Optic Cable routes, Schematic diagram and splicing details
Planning of future expansion of FTTH (GPON) access network
Implementation of database for FTTH OSP network using GIS system
Control and support timely updating various data sheets for work order completion, Fiber optic
cable termination, Fiber routing (allocation)
Prepare access network design, including, fiber access and fiber backbone networks, employing
FTTN, FTTP & FTTH technology
Maintain up to date reference information & data on theoretical topics & Network specific
reference material
Planning for OFC to the FTTP.
Preparing the Pre-Process and Post Process Planning for Survey
Implementation of Post Survey in FTTP Design.
Creation of Land base and Optical Fiber Cable Planning (FTTP).
Planning of Optical Fiber Cable for Backhaul and New Estate (Green Field Area).
Planning and Maintaining the Physical Network Inventory (PNI) of Telecom Asset.
Preparation AS BUILT of Telecom Design.
Data Migration in CAD and Spatial net
Quality Assurance of Deliverables
Technology Used: AutoCAD 2006, 2010, Map info, ArcGIS, Arc View, Arc Map, Spatial Net.
4. Telecom, Utilities, GIS Projects
Majority of the telecom projects are of short duration oriented which always gives scope for handling
dynamic pressures,by adhering and maintaining committed schedules to various client’s projects. All
the projects equally provide an opportunity of utilizing instant sources creatively other than the key
standard resources to execute the projects in effective manner. These multiple data sources include “off
the shelf”, “internet”, “Google earth”,other than the “standard satellite imagery” and “standard
topographic maps”. Every project in charge in this group, required to be armed with good.
GAS Utility Project for Applied Field Data System of USA (AFDS): -
Project Description: -
The scope of the project is to Implement Controller fitting and Non Controller fitting junction Routes
the legacy data available in different Instruments and demission of all Main Gas Pipe Line Services gas
pipe Line, Abandoned gas Line with Capture the all Fitting and properly diameters and Length of each
GAS pipe Line.
QA: - Including QA & QC part.
Bharti Airtel: - Preparation Land base for Bharti AirTel 2008. MapInfo, AutoCAD 2006
HFCL SLD Project- Optical Fiber Cable Planning
Technology Used: AutoCAD 2006, MapInfo Professional 7.5, Arc Map 9.3, Global Map per.
Geo referencing the Satellite images with GCP points.
Input analysis.
Capturing the vector data and planning the Proposed OFC and utility.
Data Migration from Raster to Vector
Creation of Land base and Land use.
Utility Linking of Vector data with spatial data.
Data cleanup, Thematic checking, edge matching and Data export in Shape format.
Quality Assurance of Deliverables.
Technical Skills Application Environment: -
MapInfo 12.5
Spatial Net 6.4
AutoCAD 2006 /2015
Arc Map 9.2 / 12.3
Arc View 3.2
Lotus Notes (IBM)
Encarta Atlas additional (1998)
Google Earth and Pro.
Google Map per 9.0
Customization Application which are Made by RMSI.
Database Skills: -
MS Office
MS Access
My Strengths: -
Logical, smart and an analytical thinker.
Well experienced with tight schedule working to meet the targets.
Positive approach and an initiator towards colleagues, peers and team to develop and accomplish
the necessary skills.
Developing new skills and new techniques to work more efficient and effectively.
Educational Qualification: -
Post Graduate from PurvanchalUniversity Junapur UP.
Graduate from PurvanchalUniversity Junapur UP.
Diploma in Computer Application from Apex technology Varanasi.
10+2 from Allahabad board.
10th
from Allahabad board
Basics Telecom Fundamental Certified from (TCS-IN 2015)
5. Hobbies: -
Cricket, Football and Singing
Communication skills of Language: -
English speaking and write
Hindi speaking and write
Personal Detail: -
Name : Sandeep Kumar Singh
Father Name : Jai Krishna Singh
Sex : Male
Marital Status : Married
Nationality : Indian
Permanent address:- Current address
D-3/62 Aghapur Sector -41 Noida (UP)
Sector- XI near Summerfield public School
Rohini New Delhi -110085
Gratefully
Sandeep Kumar