RESUME

Optical Broadband Access Network Planning, Design and Test Engineer for FTTX Networks

Rajendraprasad A. Pagare

Cell-965-***-****

E-mail: zxjps7@r.postjobfree.com

Executive Summary:

3.9 years of telecom ,optical network design and development deployment and testing for voice, video and data communication experience. Experience in the areas of high speed optical network, training and education with strong education, experience, and exposure to multinational telecom vendors and equipments.

Professional Summary:

Fair knowledge SDH, BPON, GPON, EPON, DWDM & FTTX

Telecom Technologies GSM, CDMA, WCDMA, , Bluetooth, WiFi. Having experience on E1, Ethernet (EB04), ECI NMS. Understanding of Protocol (GSM, CDMA, 3G).

Technical Skills:

Handle various kinds of technical setups in telecom domain. Commissioning of the optical line. Use of Fiber Optic Technologies, DWDM, Digital and Optical Cross Connects, for FTTX networks Network Familiar with ITU, IEEE such as BPON, GPON, EPON etc. and other International Standards applicable to Telecom and IT fields.

Hands on experience of OTDR, fiber splicing and field measurements equipments. E1, Ethernet (EB04), D-link Media converters, ECI NMS. Excellent qualities such as teamwork, leadership, negotiation, analysis, and communication. Strong skills in the areas systems design, implementation, technical support, commissioning, training, troubleshooting, etc.

Equipments:

OTDR

OPM

OLTS

Optical Technology Environments:

SDH/SONET

DWDM

Access Technology Environment:

PON

P-to-MP

EPON/BPON/GPON

WDM-PON

DWDM

FTTX

Techniques/Testing:

Power dBm/loss level testing.

S/N ratio testing.

ORL Testing

IL Testing

OTDR Testing

Training and presentation instruction

PROFESSIONAL EXPERIENCE:

1) Organization: Vidyapratishthan’s COE, Baramati

Designation: Lecturer

Working Period: 2’nd April 2004 to 9’th July 2009

PROJECTS:

1) Deployment of WDM-PON Network for the LAN Networks at VPCOE Baramati:

The Client is one of the engineering institute in Pune University for which WDM-PON network technology was designed, simulated and implemented. The purpose was to replace existing CAT5 cable network by high speed optical to on campus computer systems.Optisysem-7 simulator used for the computer modeling of the network. Implementation done using FPLD laser diodes, various passive components like coupler, ADMUX, splitter of Broadcom make are used

Simulator Used for computer modeling: Opti-System-7

PON components: Broadcom Make

Measurement Tool Used: OTDR, Optical Power meter

Parameters Measured: BER, Data Rate, CNR, Dispersion measurement, Losses due to PON components, power budget

2) 1:8 Optical broadband communication system using WDM PON:

Implementation of 1:8 broadband networks for the implementation of FTTH network to carry voice, video and data over a single cable to distribute to the remote node.

Simulator Used for computer modeling: Opti-System-7, OptSim

PON components: Broadcom Make

Measurement Tool Used: OTDR, Optical Power meter

Parameters Measured: BER, Data Rate, CNR, Dispersion measurement Losses due to PON components, power budget

3) Optical Link design and implementation using WDM-PON and NOP calculation for 1:64 Subscribers

4) To provide Training to the students includes the following topics:

1) Implementation of Fiber Network topologies.

2) Writing a program in MATLAB for power budget presentation for basic optical Network.

3) Analog, Digital, Audio, Link design and Implementation using OFC

4) Hardware implementation of Broadband Optical Access Systems Based on Passive Optical Networks (PON)

2) Organization: TRINITY COE, Pune

Designation: Sr.Lecturer

Working Period: 10’Th July 2009 to 15’Th July 2010

3) Organization: TRINITY COE, Pune

Designation: Assistant Professor

Working Period: 16’Th July 2010 till date

Ongoing Projects:

1) Hardware and Software implementation of Hybrid WDM-PON to improve scalability of the networks and to reduce the cost.

2) Design and cost performance of the Multistage WDM-PON access networks.

TRAIN The TRAINNERS PROGRAMS:

Custom made training programs are available on following wireless and wire line communication technologies.

Wire line Communication: Course Duration 2-4 Days

Network Planning, Designing, Deployment and Maintenance/Troubleshooting of

1. Optical Broadband Communication

2. xDSL

3. EPON/BPON/GPON

4. FTTX

5. NGN

TRAINING AVAILED:

1. 5 days training program on Optical fiber network design and implementation at ATI Hydrabad

Contents of Training Program:

1. Introduction to OFC Communication

2. Analog, Digital, Audio, Link design and Implementation.

3. Network Topologies

3. Loss Measurement in OFC network using OPM, ORL meter and OTDR

4. Splicing of the Fiber

5. GPON, WDM, DWDM Technologies for Optical Access networks like FTTH,FTTB, FTTC, FTTN etc.

PERSONAL INFORMATION:

Name: Rajendraprasad A. Pagare

Permanent Address: Q.No.406/2, D.R.M.Office Complex,

Near Airport, Po.Taroda, Nanded, Maharashtra, India.

Pin code: 431605

Date of Birth: 17’Th June 1980.

Marital Status: Married

Gender: Male

Nationality: Indian

Languages Known: English, Hindi and Marathi.

Total Work Experience : 6 Years

Current Location: Pune

Current Salary: 6 L/A

Expected Salary: 8 L/A

Notice Period Required: 30 Days

Preferred Location: Pune

Relevant Experience: 3.9 years

Telephonic Interview Flexibility: After 5.30pm

ACADEMIC QUALIFICATION:

Completed Post-graduation M.E. (Electronics) from Shri Guru Govind Singji COE and Techonolgy, Nanded in April 2005 with 66 %

Completed Graduation in (Electronics) Engineering from M.I.T. Aurangabad in June 2002

with 68.13 %

Software / Simulators / Tools Used:

1) Opti-System 7 2) Optsim 3) VHDL 4) Multisim circuit simulator

TECHNICAL SKILLS:

Operating Systems : Windows 98, 2000, XP

Tools and Methodologies: MS Office, Matlab, VHDL

SEMINARS Delivered:

1) Global System for Mobile Communication

2) PONs

3) FTTH

4) DWDM

5) WDM-PON

RESEARCH PAPER PRESENTED/PUBLISHED:

1) New Trends on Optical Access Networks:10G EPON, WDM-PON and Hybrid WDM- PON…Presented at National Conference on Emerging Trends in Electronics and Electronics Communication-2010, at JDCOE on 9’th and 10’th FEB-2010, Nagpur

E-proceeding Page No. 279-288

2) FTTH Deployment Options for Telecom Operators: WDM-PON technology: A Case Study….Presented at National Conference for Emerging Trends in Electronics and Electronics Communication-2010, at JDCOE on 9’Th and 10’Th FEB-2010, Nagpur

E-proceeding Page No. 257-268

3)”Experimental Verification of Attenuation and Net Optical Power Budget in WDM-PON Optical Link selected by ADVANCES IN WIRELESS AND MOBILE COMMUNICATIONS, AWMC” ISSN 0973-6972 Volume 3, Number 1 (2010), pp. 29–34

http://www.ripublication.com/Volume/awmcv3n1.htm

4) “Implementation of 1:8 Broadband System using Distributed Sources and WDM PON Technology” Selected by INTERNATIONAL JOURNAL OF ELECTRONICS ENGINEERING RESEARCH, IJEER” ISSN 0975 - 6450 Volume 2 Number 3 (2010) pp. 325–332: http://www.ripublication.com/Volume/ijeerv2n3.htm

ACHIVEMENTS:

1) ‘A’- Certificate in NCC

2) Qualified GATE-2002 in Electronics and Communication with a Percentile of 72.15

Pagare Rajendraprasad Atmaram

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