Josh Weitz
About Josh Weitz
Josh Weitz is a Data Systems and Controls Engineer at BLUE ORIGIN and a Project Engineer/Project Manager at Systems Interface Inc., with extensive experience in designing and implementing industrial control panels and programming PLC, HMI, VFD, and servo systems.
Title
Josh Weitz is currently holding the position of Data Systems and Controls Engineer at BLUE ORIGIN and also serves as a Project Engineer / Project Manager at Systems Interface Inc.
Company
Josh is affiliated with BLUE ORIGIN, where he works as a Data Systems and Controls Engineer in Kent, WA, since 2019. Additionally, he has been working at Systems Interface Inc. in Mukilteo, WA, holding roles as Project Engineer and Project Manager since 2011.
Education and Expertise
Josh Weitz completed his studies in Engineering from Seattle Pacific University, specializing in Electrical Engineering, earning his degree from 2006 to 2010. His technical expertise includes designing and implementing industrial control panels using AutoCAD, part selection, and panel layout. He has a strong specialization in PLC, HMI, VFD, and servo programming, particularly with Allen Bradley devices.
Professional Experience
Josh has a broad range of professional experience starting with an internship at Georgia-Pacific LLC, where he worked as a Controls Engineer Intern for 2 months in 2009. He then held the position of Maintenance & Controls Engineer at Franz Family Bakery in Seattle, WA, from 2010 to 2011. Since joining Systems Interface Inc. in 2011, he has served as a Project Engineer and Project Manager, managing over 150 projects. Simultaneously, since 2019, he has been working at BLUE ORIGIN.
Skills and Industry Experience
Josh possesses extensive experience in the on-site startup of control systems and troubleshooting electrical control systems. His industry experience spans Food & Beverage, Marine, Water/Wastewater, Aerospace, Water Reclamation and Remediation, Composites and Materials Manufacturing, and Power Generation. His skills facilitate resolving issues both on-site and remotely for critical and non-critical systems.