Volvo Trucks North America
Jason NianQing Zhou is a highly skilled engineer with extensive experience in vehicle electronics and mechanical engineering. Currently serving as a Senior Vehicle Electronics Engineer at Volvo Trucks North America since February 2022, Zhou previously held the position of Staff Electro-Mechanical/Product Engineer at Bendix Commercial Vehicle Systems LLC, where responsibilities included leading product design and launch projects. Prior experience includes roles as a Mechanical Engineer at Advanced Barcode Technology, Inc., focusing on 3D printer development and mechanical design, and a Project Engineer and intern in similar organizations. Zhou holds a Master of Science in Mechanical Engineering from Rutgers University and a Bachelor of Science in Thermal Energy and Power Engineering from Hohai University.
This person is not in the org chart
Volvo Trucks North America
1 followers
Volvo Trucks North America represents the United States, Canada, and Mexico operation of Volvo Trucks, the second-largest heavy-duty truck and engine manufacturers in the world. Headquartered in Greensboro, North Carolina, Volvo Trucks first entered the North American market in 1959 and established itself as an integral part of the United States truck market in the mid-1970s through Volvo of America Corp. Since that time, Volvo Trucks North America (VTNA) has brought innovations to the trucking industry guided by the company’s three core values: Quality, Safety, and Environmental Care. Today, we are a market leader on the forefront of electromobility, automation, and connectivity. Volvo Trucks takes great pride in what we have built in North America and value the role our customers play in moving our economy forward. The Volvo VNR, VNL, VNX, VHD, and VAH trucks are all assembled in the U.S. at our New River Valley Plant in Dublin, Virginia, while our engines are assembled in Hagerstown, Maryland. We have a deep understanding of what our customers need – and will need in the future. Our brand is constantly moving forward.