Engineer Network

RESUME

P. KANAKA RAJU, Email ID:**********.****@*****.***

C/O P. NARISINGA RAO, Cell no: +917*********/807-***-****.

D.NO. 16-154,

PANDURANGAPURAM,

ARILOVA COLONY,

VISAKHAPATNAM - 530040.

Work experience:

I have worked in Sahuwala cylinders Pvt LTD as “Quality engineer “for 1 year which is located in Visakhapatnam near Auto nagar. This company produces domestic and LPG cylinders for various uses in that I ensured the quality of cylinders as check list provided and also tested 4 cylinders for every batch. We have produced 404 cylinders for every batch in that 4 for Quality checks. Those checks are Hydraulic pressure checking and Radiography test. And also based on the checks and measurement sheets. We have maintained the quality and submit quality report to line manager every day. Production line consist of may operations from sheet metal cutting to dispatch meanwhile we have associated with production line and checked cylinders quality and instractuted to operator’s weather found any discrepancy in production.

KANAKA RAJU PULAPA – Telecom Engineer

A technically sophisticated and result oriented professional, Mr. PULAPA KANAKA RAJU has 5 years of experience in telecom industry (from 2015 May to 2020 till to date). I have demonstrated knowledge and experience in planning and design of Customer Access Network (Copper & Fiber), Fibre and its architecture. I have involved in many Copper and fiber networks and supported major clients for BRS NZ, CTL and Verizon.

1.His core competencies:

Analysing current network capacity and network topology

Performing QC/QA checks on GIS& Telecom field as per customer guidelines.

Updating the client feedback to team members on regular basis to minimise repeated errors and avoid any reworks.

Understanding customer requirements, Innovate the Ideas to improve the process

Extensive experience in multiple GIS platform such as Network Engineer, Small world, Micro Station, AutoCAD and various other custom built applications.

Seeking feedback from client and incorporating the recommendations on final designs.

Quality check from input data good knowledge of telecom and Electric route map concept and fundamentals

2.Academic Qualifications:

Diploma in Mechanical engineering from SBTET affiliated institute of Govt.Polytechnic-VSP, in Andhra Pradesh in 2012.

B-tech in mechanical engineering from JNTU-KAKINADA recognised institute of BITS-VIZAG in 2019.

3.Skill Set:

Operating System : Windows family

Drafting and GIS : Ericsson Network Engineer, Small world (v 4.1, v 4.3), Micro Station and AutoCAD

Others : Microsoft Office 2010 and Microsoft Access

4.Awards and Achievements:

Received seven “Team of the Month” for outstanding contribution in BRS project

Received Three “Associate of the Month “Awards for Good Quality in BRS project for Delivering Cabinets for every short frame.

Profile :

Name

Religion

Qualification

Telecom Experience

Telecom/Civil Experience

PULAPA KANAKA RAJU

Hindu

B-Tech(Mech)

5 years(from 2015 Mat to Till to date)

Telecom – GIS, Copper, FTTH Planning and Designing

PROJECT’S WORKED ON:

5.Broad spectrum DBOR (Australian)

Title : Broad spectrum

Client : Chorus New Zealand

Role : FTTH DBOR update.

Organization : Cyient Ltd. Visakhapatnam

Designation : Telecom Engineer

Software : Small World (V4.1, V4.3), Net map, AutoCAD.

DESCRIPTION:-

The project is about DBOR of Telecom New Zealand network by GPON (Gigabit Passive Optical Network technology) with FTTP (Fiber to the Premises) architecture which includes Fiber Flexibility Point (FFP), fiber cables, ducts, man holes, poles etc.

The FFP serves the customers with PON customer connections.

Each FFP cabinet has maximum capacity of 144 feeder cables and 576 distribution fibers, which serves maximum of 288 customers and available types of distribution are fixed and air blown fiber.

The objective of the project was to build fiber network cabinet to homes (FTTH). The project involved designing. Capture the cabinet, trench route and conduits as per Lay plan. Also capture fiber cables with FAT with specifications as per As Built data

The scope of work is around the creation and maintenance of the data records associated with the rollout of Ultra-fast broadband (UFB) within the Chorus network. UFB is an overlay of the existing copper plant with a new fiber plant for the delivery of telecommunications services to approximately 75% of New Zealand homes and businesses. This will be progressively undertaken over the next eight years.

In this project, we need to process 3 types of Telecom networks, UFB, FTTP and RBI project.

Different types of sources we update in DBOR are,

Net MAP: - Seamless database which allows multi users to access.

CDP: - Schematic data which helps field staff.

UCP: - Underground plant data in drawing/TIF format, appraise in relation with PDMC.

FOG: - Schematic view cables in FFP for overview

Responsibilities:

Designing of trench route and fiber cable network from Cabinet to Homes.

Capture fiber cables and manholes and FATs as per FOG plan in CDP

Captured Cabinet, underground routes, Duct tees and Dimensions as per As-builts in UCP

6.Broadspectrum Plan and Designing (Australian)

Title : Braodspectrum

Client : Chorus New Zealand

Role : Plan and Designing

Organization : Cyient Ltd. Visakhapatnam

Designation : Telecom Engineer

Software : AutoCAD 2018

DESCRIPTION :-

The project is about the Planning & Designing of Telecom New Zealand network by GPON technology with FTTP architecture including Ducts, manholes, poles and fibre cables and Air Blown Fibre Flexibility Point (ABFFP).

The FTTP Architecture to be used for UFB Year-4 is based around an Air Blown Fibre Flexibility Point (ABFFP), the standard ABFFP can only manage a max of 48 customer connections and has a max of 3*(1:16) optical splitters.

Here in Year-4 Architecture there will not be a Cabinet in the design, the splitter is moving from cabinet out to the below ground ABFFP, the distribution to the customer premises from this ABFFP will be happening in different scenarios based on the existing duct network and the connectivity type

On the distribution side of this Air Blown Fibre Flexibility Point (ABFFP) there are a number of different scenarios used depending on the existing duct network and existing copper service lead type, aerial or underground.

The standard distribution architecture from the ABFFP to each customer connection is based on Air Blown Fiber using the Ericsson 26-Way Ribbonet, this consists of 26*5mm micro ducts and 1*12mm micro duct.

All the network designs are based on two fibres per customer connection. The total network is an all fibre network from the exchange to the customer H-ONT termination.

Responsibilities:

Captured of trench route and fiber cable network from ABFFP to Homes.

Captured underground routes, Manholes as per As-built.

7.Conflation The Telecom Network for STC

Customer : STC, Saudi

Software : Ericsson Network Engineer, AutoCAD, Micro station

Location : Visakhapatnam, India

Description:

The project involves in conflation of Telecom network like Cables, Spans, Manholes, Equipment’s, Structures, Cabinets etc., from old projection system to the new projection system.

As per specification & sources all the telecom features are aligned to the New Land base with the provided offset distance from Target Boundary without disturbing any Fiber network and NE data.

As part of this project, below Tasks were performing in NE

MSAN Equipment capturing from As-Builts.

Building connections through “Administrative Names”

Network Tracing from Exchange to Cabinets.

Cable movement to the respective Ducts

CR7 (Span Movement), CR8 (Cabinet Movement)

8.Conversion of Telecom Network for Verizon (USA)

Customer : Verizon (USA)

Software : Micro station, IDDS

Location : Visakhapatnam, India

The project involves in conversion of Telecom network like Conduits, Aerial, buried cables, Manholes, Devices, Equipment’s, Structures, Cabinets etc., from the sources provided by customer. As per specification & sources all the telecom features are converted to a real world land base with appropriate offset distances from the ROW. Every feature having a unique number (IPID) and designing the Telecom Network as per the planner’s requirements.

Responsibilities:

I have converted the date of telecom network by the reference Client documents and used to check the quality of the respective production files.

I have checked the latest versions for the Intellect which we used for conversion and release to floor without any conflicts.

9.Design and Updating of Telecom Network for Century Link (USA)

The project involves in Drafting of Telecom network like Routes, Conduits, Cables, Manholes, Devices, Equipment’s, Structures, Cabinets etc., from the sources provided by customer. As per specification & sources all the telecom features are drafted is small world network with offset distances maintained from ROW and updating the attribute fields from the sources provided by the customer.

Studying and analyzing the inputs data received from client area design specification, and field survey details etc.

Placing and Updating the connected data in small world

Strengths:

oPositive Attitude.

oQuick learner.

oHard worker.

oEnergetic and self-motivated.

oWillingness to learn.

oIndependent and Self-motivated.

oAble to do multi- task and work well in a team.

oTeam facilitator.

Personal Profile

Name : P.Kanaka Raju

Mobile : 741-***-****

Email : **********.****@*****.***

Date of Birth : 10-April-1992

Languages Known : English, Telugu & Hindi

Nationality : Indian

Marital Status : Single

Declaration:

I Declare that the information furnished above are true and correct to the best of my knowledge and

Conscience.

Place: Visakhapatnam P.KANAKA RAJU

Date:

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