Jason Gross
About Jason Gross
Jason Gross is a Manufacturing Engineer with 20 years of experience at Harley-Davidson Motor Company, where he develops automated solutions to improve operational efficiencies. He holds a Bachelor of Science in Software Engineering and has extensive technical support experience across various hardware and software systems.
Work at Harley-Davidson
Jason Gross has been employed at Harley-Davidson Motor Company as a Manufacturing Engineer since 2004. His role involves developing automated solutions that improve operational efficiencies within the manufacturing processes. Based in Milwaukee, Wisconsin, he has contributed to the company's commitment to innovation and quality in motorcycle production for two decades.
Education and Expertise
Jason Gross studied Computer Systems Engineering at Yti Career Institute and later pursued a Bachelor of Science in Software Engineering at Kaplan University. His educational background provides a strong foundation in both hardware and software systems. He possesses expertise in various programming languages, including ANSI C/C++, 8086 Assembly Language, and Visual Basic for Applications, along with a specialization in web development and SQL PowerBuilder.
Background
Before joining Harley-Davidson, Jason Gross gained experience as a Technical Support Representative at Mindspring from 1998 to 2000 in Sweden. He then worked as a User Support Technician at Hershey Food Corporation from 2000 to 2001 in Hershey, Pennsylvania. These roles helped him develop extensive technical support skills across a range of hardware, operating systems, and software environments.
Technical Skills
Jason Gross has extensive experience in providing technical support for various hardware and software systems, including mainframes and their peripherals. He is proficient in managing and supporting multiple operating systems, such as SCO Unix and Linux workstations and servers. His diverse skill set in software engineering includes a strong focus on automated solutions and operational efficiencies.