William Bredefeld
About William Bredefeld
William Bredefeld is a Systems Analyst at TELUS in Burnaby, BC, with a background in Computer Science from The University of British Columbia.
Current Role at TELUS
William Bredefeld currently holds the position of Systems Analyst at TELUS, based in Burnaby, BC. His role involves working on complex systems analysis and contributing to the company's technological advancements.
Previous Experience at TELUS
From 2012 to 2014, William Bredefeld worked at TELUS as a Developer Analyst, also in Burnaby, BC. During this period, he was involved in various development projects that laid the groundwork for his transition into systems analysis.
Educational Background
William Bredefeld studied at The University of British Columbia, where he pursued a Bachelor of Science (BSc) in Computer Science with a focus on Software Engineering. His academic journey spanned from 2008 to 2012, equipping him with a solid foundation in software engineering principles.
Canada 600 MHz Spectrum Auction
In March 2019, William Bredefeld developed an auction simulator for the Canada 600 MHz Spectrum Auction. This tool facilitated pre-auction planning, live auction bid management, and post-auction analysis, contributing to a successful auction outcome where TELUS spent $931M and won 20 MHz of spectrum across 5 provinces.
Financial Management System for Managed IT Services
William Bredefeld contributed to the development of a financial management system for Managed IT Services at TELUS in 2018. This system generated $4.5M in revenue and managed 80 projects in its first year of rollout, showcasing its effectiveness in financial and project management.
9-1-1 Address Management System
In 2018, William Bredefeld implemented a 9-1-1 address management and lookup system for IP phones at TELUS. This system covered 500,000 devices, including personal, corporate, and government customers, enhancing the accuracy and reliability of emergency services.
Design of Redundant System for Live Auction Bidding
William Bredefeld designed a highly available, geographically redundant system for live auction bidding. This system operated in 45-minute windows with 15-minute breaks, ensuring minimal tolerance for outages and supporting the smooth execution of live auctions.