Swri

Utilize advanced computer aided drafting software to develop best practices for AM component fabrication.. Complete post-build component inspections using various tools such as computed tomography.. Executing hands-on AM builds using advanced and state of the art laser powder bed fusion machines.. Requires a Bachelors, Masters or a PhD in Engineering Mechanics (as an Engineering degree), Materials Science and Engineering, Mechanical Engineering, Aerospace Engineering, or related engineering degree.. 2-5 years: Hands-on laboratory experience with laser powder bed fusion machines.

additive manufacturing

<ul><li>Utilize advanced computer aided drafting software to develop best practices for AM component fabrication.</li><li>Perform end-to-end engineering support for performing successful AM builds including process design and optimization and post-build processing such as HIP, stress relief, and heat treatment.</li><li>Complete post-build component inspections using various tools such as computed tomography.</li><li>Conduct material characterization and testing of AM parts and components to further understand effects of fabrication processes on the mechanical performance of the AM materials.</li><li>Understand customer requirements and develop technical solutions within budgetary and schedule constraints.</li></ul><br><ul><li>Executing hands-on AM builds using advanced and state of the art laser powder bed fusion machines.</li><li>Collaborating with senior staff and peers to promote, develop, and propose research programs in the area of AM materials to meet external client needs.</li><li>Cultivating and maintaining internal and external relationships through collaboration and multidisciplinary teams to support more complete technical solutions to a wide array of client problems.</li><li>Presenting research findings at conferences and client meetings.</li></ul><br><ul><li>Requires a Bachelors, Masters or a PhD in Engineering Mechanics (as an Engineering degree), Materials Science and Engineering, Mechanical Engineering, Aerospace Engineering, or related engineering degree.</li><li>Graduate degrees will be considered in lieu of some years of experience.</li><li>2-5 years: Strong background in AM metallic materials, AM build processes and optimization, and mechanical behavior, and a demonstrated understanding of the relationships between AM processes and mechanical performance of the materials.</li><li>2-5 years: Hands-on laboratory experience with laser powder bed fusion machines. Experience using computer software to design parts for AM.</li><li>2-5 years: Demonstrated ability to build AM parts and components and perform post-build characterizations and mechanical testing.</li><li>2-5 years: Must possess strong interpersonal skills and the ability to effectively communicate complex information to non-experts internally and externally.</li><li>A valid/clear driver's license is required.</li></ul><br/> Associated topics: biochemistry, ceramic, chemistry, coating, formulation, latex, material, material science, polyurethane, rubber

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