Trevor Matuszewski

1975 Freeport Rd.

North East,Pa. 16428

Phone: 779-400-5768

Email: tmates70@hushmail.com

 

OBJECTIVE

 

¨       To obtain an engineering position that will utilize my professional experience in telecommunication design and project management

 

SUMMARY OF PROFESSIONAL EXPERIENCE

 

¨       Nine years of experience as OSP Design Engineer

¨       Three years of experience in a Supervisory or Management position in the Telecommunication field

¨       Ten years of AutoCAD Drafting and Design Experience

¨       Five years of experience as a Field Engineer, and Construction Inspector

 

SUMMARY OF SOFTWARE EXPERIENCE

 

¨       NexusWorx

¨       Arch GIS

¨       3-GIS

¨       BidMaster/EWO/Fireworks/Martins/ArchGIS: (Century Link)

¨       CadTel

¨       Microstation V8.9 2006

¨       Microstation/BST CAD/OPEDS/OSPCM/Mapviewer/Mobile Mapping/EFACS/LFACS/OFEI/PACS/CLAS

 

EDUCATION

 

¨       Sep 95-May 99

Indiana University Of Pennsylvania

1011 South Drive

Indiana, Pa. 15705

Degree Received: Bachelor’s Degree in Telecommunications

 

¨       Sep 1990 – Jun.1993

Marshalltown Community College

3700 South Center Street

Marshalltown, IA 50158/ Ph: 1-866-622-4748

Course of Study: Associates Degree in Engineering Technology

 

CERTIFICATES

 

¨       Project Management Certification,(AT&T) 2008

¨       Field Construction Safety Trainer(North Carolina Safety Council) 2001

 

 

 

 

 

 

 

 

 

 

 

 

PROFESSIONAL EXPERIENCE

 

 

¨      04/2015 to Present  Black N Veatch:   Lead Engineer                   AT&T West Coast FTTx

A.                  Project1. Hire a team of OSP Engineers to tackle AT&T’s Fiber to the Node project, serving Residential and business customers. Q.C. the final product of that team, then submit to AT&T for approval. Hire Field Engineers to perform make ready, and field design of Fiber Backbone. Make field visits on crews progress, and troubleshoot any existing problems in the design.  Price OSP Engineer jobs then submit to all interested parties in Black N Veatch and AT&T. Train new engineers on OSP Symbols, and understanding of Construction drawings.

B.                   Project2. Q.C. KIH Kentucky Fiber Project Engineering Drawings. Ensure Engineers are adhering to the Construction and Design Guidelines set forth by the State of Kentucky. Inspect Underground, buried, Aerial prints for strict OSP Engineering standards.

C.                  Project 3. Google Fiber. Construction Ride Out. Receive Design Prints from Google. Walk all of the HUT, FDP, Vault, FAP Locations to ensure the constructability of the Design.  Make Changes to the drawings on Google proprietary software (Weaver) and submit to Google for approval.

 

¨       Sep. 2014 – Jan 30, 2015CHC Consulting, LLC./Google ContractCarlsbad, CA

 

¨       OSP QA Engineer – QA Buried and Aerial outside plant fiber optic cable systems for FTTH (Fiber-To-The-Home). QA FTTH (Fiber-To-The-Home) with emphasis of verifying placement of fiber optic cables, fiber distribution cabinets, fiber drop cables and fiber pair terminals to support LU’s (Living Units).  Aerial QA includes verifying cable path on pole line, span lengths and identify ownership of poles (to include size and class). Buried and Underground QA includes cable path in right-of-way and/or utility easement. Identification of existing buried plant includes Telephone Pedestals, Power Transformers, CATV pedestals and significant landscaping obstacles, etc. Identification of existing utilities (to include Water, Gas, etc.). Identify all problems and discuss with project manager and Engineering design firm as needed.

All work orders are QA’d using 3GIS software along with Asbuilts and Redlines.

 

¨       Mar. 2014 – Sep. 2014RJE/CenturyLink ContractEastern Indiana/Western Ohio

 

¨       OSP Engineer-Wire Center Engineer – Wire Center Engineer for Jay, Franklin, Dearborn, Jefferson, Union, Randolph, and Rush Counties,  Indiana.  Duties included; Design Fiber to the Cell tower sites, design GPON: Gigabit Passive Optical Network for the City Government Of Portland,In. High speed Backbone Networks, Design Dark Fiber jobs for multiple customer locations, Damaged Pole jobs, The placement of Fiber Jumpers and Patch panels for DSLAMS. Fiber to the Antenna(Distributed Antenna Systems.)Buried pedestals new services to business and residential customers, Worked on Joint Pole agreements between century Link and Power company. Held orders, Road moves exceeding fifteen miles, involving Re-location of Buried Copper, buried Fiber, Aerial Copper, and Aerial  Fiber. Planning and placement of new plant locations, removing old drops placing new ones. Tracking special circuits, and relocating them, Using Byers (EWO) and Map Viewer

 

¨       All Drawings were drafted using EWO.

 

¨       Jul. 2013 – Mar. 2014Treese Communications/Cincinnati Bell ContractCincinnati,Oh

 

¨       OSP Design Engineer – Collect field notes for Buried and Aerial designs. Buried field notes includes Telephone Pedestals, Power Transformers, CATV pedestals and significant landscaping obstacles, etc. Identification of existing utilities (to include Water, Gas, etc.). Coordinate with Power Company if new power is required for equipment. Indicated ownership of existing conduit. Aerial field notes includes cable path on pole line, span lengths and identify ownership of poles (to include size and class). Design and draft Underground and Aerial Fiber Optic Cable Systems with emphasis of placing fiber optic cables, LGX and fiber drop cables. Record all addresses in the area to receive service, Record number of units at each address, either MDU’s or SFU’s,   Identified all problems with jobs and discuss with Lead Engineer and others as needed. Validate and encode project after drafting is complete. Price and route project for approval after successfully encoding project.

¨       All drawings were drafted utilizing NexusWorx Fiber Management System. (GIS Based Software)

 

¨       Dec. 2012 – Feb 2013           BB Com/Frontier CommunicationsSycamore,Il.

 

OSP Design Engineer – Design and draft Buried and aerial outside plant fiber optic and Copper cable systems for FTTCS (Fiber-To-The-Cell-Site) and Copper from the Central office to the DLC for various distribution areas. Collected field notes for Buried and Aerial designs. Buried field notes include Telephone Pedestals, Power Transformers, CATV pedestals and significant landscaping obstacles, etc. Identification of existing utilities (to include Water, Gas, etc.). Design  Delayed service Order Projects such as: Damaged Poles,

New residential services,CWDM(Conventional Wavelength Multiplexing,) rippling of pairs to bring service to new areas.  Temporary service to construction trailers.  Provide Copper Plant to Hospitals, new Restaurants and other business ventures. Attained all permits, researched Right Of Way with county states and city records.

¨       All drawings were drafted utilizing CadTel. (Based on AutoCad)

 

 

 

 

 

 

 

 

  

¨       Jul. 2012 – Oct 2012 BB Com/Century Link ContractMinneapolis, Mn.

 

FTTP Design Engineer – Design and draft Buried and Aerial outside plant fiber optic cable systems for FTTP (Fiber-To-The-Premise) and long haul fiber. Collect field notes for Buried and Aerial designs. Buried field notes includes Telephone Pedestals, Power Transformers, CATV pedestals, significant landscaping obstacles, etc. Identification of existing utilities (to include Water, Gas, etc.). Indicated ownership of existing conduit. Aerial field notes includes cable path on pole line, span lengths and identify ownership of poles (to include size and class).   Receive Projected Construction proposals from Century Links, Minneapolis planner.  Make Pre-construction engineering surveys of all    planned routes.  Make field sketches, for the design of multiple underground and buried projects, consisting of upgrading all of the areas X boxes to a new TA1148V Model, the placing of conduit under interstate and state highways. 

¨       All drawings are Hand Drafted then submitted to Century Link for approval.

 

¨       Mar. 2012 – Aug. 2012Engineering Associates/Cox CableOmaha, NE

 

¨       OSP Design Engineer – – Collected field notes for underground and aerial Construction of Fiber Optic Cables. Underground field notes included Cable TV Pedestals, Power Transformers,  sprinkler systems (if visible), significant landscaping obstacles, etc. Identification of existing utilities (to include Water, Gas, etc.). Indicated ownership of existing conduit. Aerial field notes included cable path on pole line, span lengths and identify ownership of poles (to include size and class). Locate Telephone, Power and CATV interfaces location on houses. Identified the orientation and address of houses Design and hand draft Buried and Aerial outside plant fiber optic cable systems for Cable Service (High speed Voice, Data, TV system)

¨       All drawings were hand drafted and sent to the Cad unit for Drafting.

  

¨       Jul. 2010 – Jan. 2012Telatron SystemsErie, Pa.

 

OSP Project Manager – ,Responsible for Planning,coordinating, and executing project plans. Ensure Technicians follow design as requested by customer, Design Fiber to the antenna (Distributed Antenna Systems)keeping track of crews billing, Ensure that deliverables are met on a weekly basis. Coordinate field visits with Engineers to determine FDH (Fiber Distribution Hub) locations for distribution work orders.  Identify problems with work orders and discuss with Design Engineers. QC distribution and feeder work orders. Designed and drafted underground and aerial outside plant fiber optic cable systems for FTTP (Fiber-To-The-Premise). Collected field notes for Making changes on drawing where needed, keeping customer informed on technical capabilities of existing structures, providing communications equipment (VOIP SERVERS) and wiring for  interbuilding, and intrabuilding communications for specialized clients, such as GE Corp, Lords Corporation, Penn State, Erie Campus, and Gannon University.  This work also required the design layout of routing schematics prior to work release orders.

¨       All drawings were drafted utilizing Microstation V8.9 2006

 

 

 

 

 

 

¨       Jul. 2008 – Jun. 2010 Tellics Inc./AT&T ContractCharlotte, NC

 

¨       FTTN Design Engineer – Conditioned Distribution cable pairs (F2 cables pairs) to be used in conjunction with VRAD’s. Run Planet report for FTTN conditioning spreadsheet. P-commit one Distribution cable pair per living unit. P-commit living units in Met2. Verify Distribution cable pairs have been p-committed by using PLANET. Software. Designed and updated existing drawing in BST CAD, Removing Load Coils to include cutting out bridge taps. Add spare cables to ensure all living units are assigned a Distribution cable pair. Identified all problems with projects and discuss with Project Manager and others as needed.

¨       All drawings were drafted utilizing BSTCAD Jobs were priced using OSPCM.

 

¨       Sep. 2007 – Apr. 2008          Competent Staffing/AT&T Contract                  Louisville,Ky

 

Light Speed Design Engineer – Carry out loop make up on distribution area designated for Project Light Speed starting with X-BOX and including all cable counts from the Serving Area,Provided out of Mobile Map Viewer.

Connect to the AT&T and Planet website on the Information Data Base. Down

load the data on the identified, excluded addresses and any new terminals, not

found on the LFACS terminal reports.  Open “MET2” and run program that collects all data on identified serving terminals and cable pair counts, in the distribution area. Locate SOP (ready access) locations on record plats.  Physically locate SOP terminal addresses in the field and trace drops to customer addresses.

Open OPEDS (Micro Station CAD) and begin drawings new and existing facilities and removals, as applicable.  Assign pair counts to terminal addresses,

Locate and remove all bridge taps; show all work steps on drawing, including PLS and DAVAR.

Attach finished MET2  output documents to drawing file in OPEDS.  Auto encode project from OPEDS to OSPCM and price job.  Route job to lead engineer for approval. Work with construction on as-builts; design all maintenance requests in opeds for construction, handle Line Conditioning jobs and Red Lines.

¨       All drawings were drafted utilizing BST CAD, and Priced using OSPCM

 

¨       Mar 2007 - Sep 2007Ajilon Telecom/Quest CommunicationsPhoneix,Az

OSP Engineer- Contract field engineer working with Rural Electrification Administration standards for Quest Telecommunications Network Operations.

     Duties: Design and layout of routine work orders for residential facilities for buried and aerial plant. Collected field notes for Buried and Aerial designs Buried field notes include Telephone Pedestals, Power Transformers, CATV pedestals and significant landscaping obstacles, etc. Identification of existing utilities (to include Water, Gas, etc.). Indicated ownership of existing conduit. Aerial field notes includes cable path on pole line, span lengths and identify ownership of poles (to include size and class) Design and construction experience includes work with fiber rings, fiber in the loop, fiber to the curb, multiplexers, analog and digital pair gain, HDSL, special circuits, conduit, joint use trench, Right of Way and easement work.

 

 

 

¨       Aug 2003 – Mar 2007Ajilon Telecom/Century Link ContractShreveport, La

 

¨       FITL Design Engineer. Performed Site Surveys and collected field notes of existing RT (Remote Terminal) sites to determine placement of ADSL equipment (Miniram, Adjunct cabinet, etc.) for service to customer. Design and drafted Fiber Cables and Composite Drops to include ASW (Aerial Service Wire) and BSW (Buried Service Wire) and Final Cutting Lengths. Prepare engineering drawings to include cabling details, pole line design, guying, manholes/handholes and all other structures. Designed feeder F-1 and distribution F-2 cable facilities using appropriate tools such as Martins, Fireworks, etc. Collect field notes for Underground and Aerial Construction of Copper Cable. Underground field notes included correct dimensions of Right-Of-Ways, Edge of Pavements and sidewalks. Identified existing Manholes/Handholes. Identified existing utilities (to include Water, Gas, etc.). Indicated ownership of existing conduit. Aerial field notes included corrected dimensions of Right-Of-Ways, Edge of Pavements and sidewalks. Identified existing utilities (to include Power, Neutral, Telephone, CATV, etc.).

¨       All drawings were drafted using EWO/Martins/ Fireworks..

 

 

 

 

 

 

 

¨       Jul. 2000 – Aug 2003First South Utility ConstructionGreensboro,Nc

 

¨       Construction Inspector-Responsible for insuring adherence to engineering specifications by construction work crews, both in house and sub-contractors, as designed by AT&T for a fiber cable route running from Atlanta, GA. Through Pennsylvania, Delaware and ending in Trenton, NJ. Collected field notes for underground and aerial Construction of Fiber optic cables.       

 

 Underground field notes included correct dimensions of Right-Of-Ways, Edge of Pavements and sidewalks. Identified existing Manholes/Handholes. Identified existing utilities (to include Water, Gas, sewer) Carried out regular and random, on-site field inspections to assess work quality. Updated changes to the construction route as changes occurred in the field. Responsible for Red Lining Trained all crews in Confined space Entry, and company foreman in competent person certification, excavation and tunnel fortifications.  Certified company tractor trailers for Highway Safety.

All drawings were drafted utilizing AutoCAD 98.

 

 

¨       June 1999 – Jul. 2000KMC TelecomAtlanta, GA

 

¨       FTTP Design Engineer – Design and drafted underground and aerial outside plant fiber optic cable systems for FTTP (Fiber-To-The-Premise). Collected field notes for Underground and Aerial designs. Underground field notes includes Telephone Pedestals, Power Transformers, CATV pedestals, sprinkler systems (if visible), significant landscaping obstacles, etc. Identification of existing utilities (to include Water, Gas, etc.). Indicated ownership of existing conduit. Aerial field notes includes cable path on pole line, span lengths and identify ownership of poles (to include size and class). Design and drafted Underground Fiber Optic Cable Systems with emphasis of placing 4, 8 or 12 pair terminals to support LU’s (Living Units). Design and drafted Aerial Fiber Optic Cable Systems with emphasis of placing 6 pair terminals to support LU’s (Living Units). Identified all problems with jobs and discuss with Lead Engineer and others as needed.

¨       All drawings were drafted utilizing AutoCAD 1998.

 

 

REFERENCES:

 

¨       Furnished upon request