Roderick Jackson

Mechanical Designer @Plug Power

Magnolia, TX, US
MOBILE NUMBERS
+17•••••••68

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WORK HISTORY

Jun 2020 — Present

Mechanical Designer @Plug Power

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Houston, TX, US

Build and maintain knowledge regarding Plug Power technology including current design specifications and constraints. Proficient at using Windchill and Creo 9.0 Create new system designs and/or modify existing system designs. Focus upon lowering cost, improved manufacturability, increasing product performance, and higher overall product qualityWork with mechanical, systems, chemical, and electrical engineering teams to define integration requirements for a wide variety of fuel cell system componentsUse PTC Creo 9.0 to create accurate, complete, concise engineering documentation from large system assembly models and detailed part drawings.Coordinate design changes with multidisciplinary engineering teams.Create detailed drawings to ASME 14.5M-2009 geometric dimensioning and tolerancing specificationsTroubleshoot design failures and identify solutions to improve product designLead design changes through the enterprise change processRepresent professionally, plug Power in all interactions; support the philosophy of the organization to provide high-performing technology to maximize customer satisfactionPerform all other duties as assigned and required within the role

EDUCATION

N/A

Texas A&M Prarie View

Undergraduate, Mechanical Engineering

SKILLS

Design for ManufacturingSketchingRapid PrototypingSolid ModelingCatiaSurface ModelingProduct DesignNx UnigraphicsSheet MetalPtc CreoAutodesk InventorSolidworks

ABOUT RODERICK JACKSON

As a Mechanical Designer at Plug Power, I apply my skills in product design and engineering documentation to create innovative fuel cell systems. With over four years of experience in the field, I have developed proficiency in using Windchill and Creo 9.0, as well as working with multidisciplinary engineering teams to define integration requirements for various components. My focus is on lowering cost, improving manufacturability, increasing product performance, and enhancing overall product quality. I am also pursuing an undergraduate degree in Mechanical Engineering from Texas A&M Prarie View, where I am expected to graduate in 2027.

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