Riaz Mohamed
About Riaz Mohamed
Riaz Mohamed is a Customer Systems Engineer at Telus in Vancouver, British Columbia, with a diverse engineering background and extensive experience in telecommunications.
Current Role at Telus
Riaz Mohamed currently holds the position of Customer Systems Engineer - Wholesale Telecommunications Services at Telus in Vancouver, British Columbia, Canada. In this role, Mohamed is involved in overseeing customer systems and ensuring seamless telecommunications services for wholesale clients.
Past Experience at Telus
Throughout his career at Telus, spanning several years, Riaz Mohamed has taken on multiple roles. From 2011 to 2013, he served as Product Manager - Wholesale Telecommunications Services. Before that, he worked as a Network Engineer - Logical Design Ip Core Engineering (2010-2011), Business Analyst - New Service Execution - Business and Partner Solutions (2009-2010), and Design Specialist - Voice Traffic Planning and Architecture (2008-2009). His contributions have been integral in diverse areas ranging from product management to network engineering.
Role at Qualcomm
In 2007, Riaz Mohamed was employed at Qualcomm in San Diego, California, United States. There, he focused on Digital Asic Design for Wired Peripherals, contributing to the development of specialized integrated circuits and digital designs.
International Experience
Riaz Mohamed gained international exposure working as an Applications Engineer in the PCB Group at Genesis Microchip in India in 2006. His role included working on advanced printed circuit board designs, adding to his versatility and cross-border technical expertise.
Early Career in Engineering
Riaz Mohamed's early career saw him take on several roles that built a solid foundation in engineering. Notably, he was an Associate Engineer focusing on Integrated Chipsets at ATI in 2005 for four months and an RF Specialist - Special Projects and In-building Design at Telus Mobility for three months in 2006. These early positions helped shape his technical skills in both digital and RF design.