Jason Alberti
About Jason Alberti
Jason Alberti is a Senior Project Designer at Harley-Davidson Motor Company, specializing in OE Systems for Powertrain, Intake, and Exhaust since 2018. He has extensive experience in product design and engineering, having previously worked at Wacker Neuson Corporation and contributed significantly to intake and exhaust system strategies at Harley-Davidson.
Current Role at Harley-Davidson
Jason Alberti serves as a Senior Project Designer in the OE Systems division, focusing on Powertrain, Intake & Exhaust at Harley-Davidson Motor Company. He has held this position since 2018, contributing to the development and implementation of intake and exhaust system strategies across the company's vehicle portfolio. His work is centered in the Greater Milwaukee Area.
Previous Experience at Wacker Neuson Corporation
Prior to his current role, Jason Alberti worked at Wacker Neuson Corporation as a Senior Product Designer from 2006 to 2016. During his ten years there, he was involved in various design projects that contributed to the company's product offerings in the construction equipment sector, based in Menomonee Falls, WI.
Background in CNC Programming
Earlier in his career, Jason Alberti worked as a CNC & Water Jet Operator/Programmer at Stone Dimensions from 2003 to 2006. This role involved operating and programming machinery for precision cutting, which provided him with foundational skills in manufacturing processes.
Education and Expertise in Mechanical Engineering
Jason Alberti studied at Waukesha County Technical College, where he earned an Associate's degree in Mechanical Engineering. His educational background supports his expertise in design and engineering, particularly in the automotive sector.
Contributions to Harley-Davidson
At Harley-Davidson, Jason has played a significant role in the development of best practices for intake and exhaust systems. He has utilized standardized processes and tools, including design and simulation guidelines, DFMEA, and DVP&R templates, to enhance the efficiency and effectiveness of engineering practices within the company.