The main objective of this project is to upgrade the existing copper network to fibre network to improve high data transfers.This project deals with F1, F2/LightGig (HLD & LLD) networks. F1 network is to build fibre network from central office to the PFP. F2 network is to build the fibre network from PFP to end users such as residential units (SFUs & MDUs) and commercial units (Standalone & Strip malls), cell sites.Extracting the inputs from the client provided sites and analysing the MIC documents which includes the DA number, CLLI code/NPANNX number and state information.This project deals with both residential builds and Business dense jobs.Validation of DA address list based on type of living units, PON fibers with respect to the living unit type.Deciding Terminal, PFP sizes and locations based number of living units in a group, drop serving locations and total number of living units serving in DA.Placement of PFP, Splice locations, cables, Future Loops, Poles, Underground structures such as HH, MH, SB, PB, Flowerpots, Pedestals etc.Placement of PFP, cable and terminal annotations with respective FRC and other details. Ribbonization with respect to the PFP size and distribution fibers.Layouts creation with individual grids and creating workprints.

The main objective of this project is to capture fibre network in the green filed area and Edge out markets (EOM) in prescribed DA boundaries.Analysing Ziply kickoff call with engineering vendor, which contains the wire centre, F1 and F2 job IDs, jumper sheets, Infinium job numbers for both hub and backbone jobs and site walk package.Updating the site walk package and preparing the MDU package which are one of the deliverables.Collecting dump data from FROGS application and drafting the network in the drawing.Address validation is based on the fielding data such as KMZ file, site walk & MDU packages. Fibres are served to the end user through longtail MSTs.Pole data is analysed based on power company requirements of the clients with the help of katapult (Field Link).Deciding the splice locations, construction and placement of cables & cable sizes, slack lengths, ACCT codes, FST & MST callout standards, stub and FDH sizes, type of hubs.Placement of strands and conduits. Providing detailed information of lash and additional lashing.This project will also includes the drop ready design.Maintaining the terminal callouts, cables callouts and FDH callouts as per the client standards.Maintaining the construction prints and drop prints as separate sheets in the design.Final designs should be posted into FROGS application with the specified symbology provided by the client.Final outputs are drawing file, Site walk package, MDU, CPP and Rack Forms.

Hunter project is a complete green field area where we have to build the hunter fiber network.Hunter network is a distribution split design and followed the split ratio of 1x64.Analysing the input KMZ and katapult links.Cabinet split ratio, Distribution split ratio & Terminal split ratios are 1x2, 1x8 and 1x4 respectively.Distribution hubs deals with physical splice and lateral splice.Analysing the placement of structures (Such as Poles, HH, Pedestals, Flower pots) & cables, splices, loops, risers.Representation of Cover sheets, material list, keymap, construction notes and individual design prints of entire design.Allocation and assigning Fiber counts to living units or cables and ATC details are in the cabinet and splice locations.Representing Bill of materials and labour costs in the form of CPP.Final deliverables of this project are design, PDF, Cabinet excel, Splice locations excel, CPP and Address list.