Scott Davis
About Scott Davis
Scott Davis is an Engineer 1 (P Eng) at TELUS in Burnaby, specializing in maintaining the company's internal corporate network and process improvement for Cisco routers and switches deployment.
Company
Scott Davis is currently employed at TELUS, a major Canadian telecommunications company, located in Burnaby. TELUS provides a variety of communications products and services, including internet access, voice, entertainment, healthcare, video, and IPTV television.
Current Title and Role
Scott Davis holds the position of Engineer 1 (P Eng) at TELUS. His responsibilities include maintaining the company's internal corporate network, which supports call centers, retail outlets, and office buildings across Canada. He plays a critical role in process improvement for the rapid deployment of Cisco routers and switches to a large number of sites.
Previous Experience
Scott has extensive experience with TELUS in various roles. He served as EIT - Microwave Transport from 2010 to 2011, EIT - Inside Plant Engineering from 2009 to 2010, and EIT - Outside Plant Engineering from 2008 to 2009. Earlier in his career, Scott worked as a Co-op Student at Glentel from 2005 to 2007 and as a Design Tech at Layton Consulting Ltd. from 2003 to 2004.
Education and Expertise
Scott Davis studied Electrical Engineering at The University of British Columbia, earning a Bachelor of Applied Science from 2000 to 2008. He has expertise in Cisco iOS, IP address management, and change management within network infrastructures. Additionally, he utilizes SharePoint and InfoPath for carrying out process improvement initiatives at TELUS.
Specialized Skills
Scott possesses specialized skills in the deployment and management of Cisco routers and switches, ensuring effective network operations across multiple sites. He is adept in Cisco iOS and IP address management, contributing significant technical knowledge to TELUS' network infrastructure. His responsibilities also include overseeing change management, which ensures smooth updates and transitions within the network.