Gagandeep Singh
About Gagandeep Singh
Gagandeep Singh is a Sr. Design Specialist at TELUS in Edmonton, Alberta, Canada, with over a decade of experience in networking and telecommunications.
Company
Gagandeep Singh is currently employed at TELUS in Edmonton, Alberta, Canada. He holds the position of Senior Design Specialist, starting his tenure on May 1, 2021. TELUS is a well-known telecommunications company, delivering a range of products and services to consumers and businesses.
Title
Gagandeep Singh holds the title of Senior Design Specialist at TELUS. In this role, he leverages his extensive experience and specialized skills in networking and telecommunications to contribute to the company's projects and initiatives.
Education and Expertise
Gagandeep Singh graduated with a Bachelor of Computer Applications (B.C.A.) in Management Information Systems and Services from Punjab Technical University from 1999 to 2002. He pursued a Master of Information Technology (M.I.T.) in System, Networking, and LAN/WAN Management/Manager at the University of Southern Queensland from 2002 to 2005. Additionally, he completed a program in Computer Systems Networking and Telecommunications at the British Columbia Institute of Technology, earning a Cisco Certified Network Associate (C.C.N.A.) from 2007 to 2008.
Background
Gagandeep Singh has a robust background in networking and telecommunications, boasting over a decade of industry experience. His diverse educational journey includes degrees from institutions situated in India, Australia, and Canada, enhancing his global perspective and technical proficiency. His work is characterized by a solid theoretical foundation combined with practical know-how in information technology.
Specialization in Networking and Telecommunications
Gagandeep Singh specializes in System, Networking, and LAN/WAN Management. His expertise is backed by his Master of Information Technology degree and a Cisco Certified Network Associate certification. This specialized knowledge allows him to design and implement complex network systems effectively.