FTTH planning and design for rural Ontario Robotic Process Automation

Prepared detailed engineering design packages (DDP) for node paths within the Hybrid Fibre Coax (HFC) network and Access network consisting of schematics, floor plans, powering plans, rack elevations and run lists for new builds and upgrade/rebuild projects. Created method of procedure (MOP) documents outlining installation, integration procedures and back-out plan for new node paths, QPSK optimizations and AC migrations. Attended meetings with clients and installation technicians to discuss… Show more Prepared detailed engineering design packages (DDP) for node paths within the Hybrid Fibre Coax (HFC) network and Access network consisting of schematics, floor plans, powering plans, rack elevations and run lists for new builds and upgrade/rebuild projects. Created method of procedure (MOP) documents outlining installation, integration procedures and back-out plan for new node paths, QPSK optimizations and AC migrations. Attended meetings with clients and installation technicians to discuss project scope and strategies. Designed outside plant (OSP) schematics for HFC networks • Modified reverse geocoding script and added to Excel to determine customer site locations based on geographical coordinates provided by customer.• Created automation scripts in VBA and Uipath drastically reducing implementation time Show less

• Attended industry event representing Toronics.• Increased traffic to website by implementing new Google AdWords campaign from scratch.• Marketed telecommunications products to several customers.

Produced installation manual for wireless internet of things (IOT) device.• Reduced deployment times by providing enhanced user experience (UX) eliminating the need for electricians to call in for support.

Prepared optical and transport level engineering designs for end-to-end synchronous optical networking (SONET), optical transport networking (OTN), and wavelength division multiplexing (WDM) fibre optic networks. Analyzed optical time-domain reflectometer (OTDR) traces, prepared technical content, and resolved issues during installation and provisioning. Created bills of material (BOM) for ordering equipment.Managed direct current (DC) power design and maintained operations… Show more Prepared optical and transport level engineering designs for end-to-end synchronous optical networking (SONET), optical transport networking (OTN), and wavelength division multiplexing (WDM) fibre optic networks. Analyzed optical time-domain reflectometer (OTDR) traces, prepared technical content, and resolved issues during installation and provisioning. Created bills of material (BOM) for ordering equipment.Managed direct current (DC) power design and maintained operations support system (OSS) network. Oversaw database of network elements and common language facility codes (CLFI Codes). Decommissioned legacy architecture. Created methods of procedure (MOP) for technicians to follow and conducted site audits.• Cut deployment times by providing engineering expertise to cross-functional rapid response team. • Reduced manual effort by leading project redesigning business processes within department.• Led project auditing physical and database fibre optic assets, discovering unused installed fibre and avoiding costly overbuild. • Enhanced quality of engineering designs by providing standardized templates for other engineers to follow. • Reduced costs by purchasing equipment from 3rd-party manufacturer instead of original equipment manufacturer (OEM). • Reduced manual effort by developing VBA script to automatically populate utility pole address locations Show less