JASWANTH NAIK

Enthusiastic telecom engineer with 4+years’ experience participating in designing works collaboratively with the engineering/design team on the production of OSP Drawings for fiber-based telecommunications infrastructure projects.

Experience:

Job title: Engineer I

CONGRUEX (Oct 2021- present)

Planning the telecommunication networks worked with different projects like AT&T and Frontier and Google Fiber.

❖   Project 1: AT&T

o   Duration: Ten months

o   Application Used: ARAMIS, AUTO-CAD, CGIS and required tools for the project.

§  Planning and Designing cost effective fiber path for SOUTHEAST, ANAHEIM regions in America.

§  Familiar with processes like Scoping and Redlining where it involves Address curation, Structure placement, fiber placement, assigning Counts to the drawn fiber.

§  When we get the approval from the client side the Drafting process will start where we need to prepare the AutoCAD sheets for the approved plans.

v  Project 2: FRONTIER

o   Duration: Four months

o   Application Used: AUTO-CAD, FROGS, SPANS and various tools as per project requirements.

§  In this project mostly worked for TEXAS, WISCONSIN & IILINOIS regions.

§  The process involves DRAFTING which needs to be done by using the tool like FROGS then after we proceed making AutoCAD sheets as per the fiber plan.

§  SPANS work is type of Pole loading work where we need to create attachment proposal for the telco cables which are present on the company poles.

v  Project 3: GOOGLE FIBER

o   Duration: Five months

o   Application Used: 3GIS and various tools as per project requirements.

§  In Google telecom projects the simple terminology they are following in placing the fiber route is from ISP to OSP and from OSP to Subscriber.

§  I am currently working for Outside Plant Engineering where it consists of planning, designing & construction of fiber from CO to End customer.

§  The process involves address curation, MSL boundary creation, drop vault placement, drop fiber placement and Design the path with DF and AF cables and loop placement and Naming for the all equipment’s which we have placed using ArcGIS.

Job title: Design Specialist

CYIENT (March 2019 - Oct 2021)

Planning, Designing, implementing and modifying international telecommunications network designs of different countries.

❖   Project 1: ALLINQ

o   Duration: Sixteen months

o   Application Used:  GEOS FOW, G-TECHNOLOGY, ZSMART, NIM, BASTOOL and AUTO-CAD.

▪ Designing fiber and network connectivity options in Inside Plant [ISP] as well as Outside Plant [OSP] in development of complex project planning

▪ Completed various telecom certifications like GEOS FOW Engineer in-house, GEOS FOW Engineer Koper and GEOS FOW DOCS Muteren and GEOSFOW Engineer glas from Dirksen Opleidingen which is recognized by and under the supervision of the Certification Board Telecom.

❖   Project 2: AT&T (American Telephone & Telegraph)

o   Duration: Eight months

o   Application Used: BSTCAD, IKE, Google Earth Pro and AUTO-CAD

o   Description: AT&T is the leading Telecom giant in USA; we at Cyient received the on shore and offshore work which is described below:

▪ Prepare high quality Construction Drawing for planned network on AT&T Systems and other tools.

▪ Designing Aerial and Buried networks by proposing new fiber cables with the help of existing network plans.

▪ Planning the High level and Low-level Designs and make recommendations for improvement or redesign.

▪ Engineer and Design FTTX/GPON network to stimulate end to end fiber connectivity, delivery and construction.

▪ Understand the planning/scoping/high-level/low-level design, check feasibility of route from inputs of project from client.

Another Scope of work is Pole Loading: We have received the survey sheets and Poles pictures and the BSTCAD design file, with the provided inputs, we design the pole with all the equipment’s, attachments and cables (power, CATV & ATT), and upon completing this task we would check the sustainability of the pole. If the pole is sustaining the load after placing all the equipment’s and cables, then we simply generate their portend deliver to the customer.

❖   Project 3: WIND STREAM

o   Duration: Four months

o   Application Used: G-TECH, AUTO-CAD, PROGE-CAD.

Network Fiber planning in Outside Plant [OSP] networks and proposing new plans for the networks or modifying the current plan to minimal cost-effective plans.

MVGR COLLEGE OF ENGINEERING (2012-2016)

ELECTRONICS AND COMMUNICATIONS ENGINEERING [ECE]

J.N.T.U KAKINADA