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MATERIALS & PROCESS ENGINEERING INTERN

CCAM (Commonwealth Center for Advanced Manufacturing) · Disputanta, VAtoday

BS-level R&D / Research roles on Crosslinked list a median of $130k (383 that show pay). This posting does not list pay.

Support thermal spray coating development and characterize metal and ceramic coating microstructures via metallography, SEM and CT.

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Worth knowing

Why it is interesting. Hands-on with atmospheric plasma spray, SEM, CT porosity analysis and metallography for aerospace coating research.

Might not be for you. Limited to students of five partner Virginia universities; metals and ceramics focus rather than polymers.

Mostly at the benchHands-on execution First industry roleInternship-friendly Works with universities

Core polymer roleThermal spray coating process development, Atmospheric Plasma Spray, metallography, SEM microstructure assessment of metal alloys and ceramic coatings

Seniority
Intern/Co-op
Work
On-site
Type
Internship
Degree
BS
Experience
0+ yrs
Industry
Aerospace
Role
R&D / Research

Role details

Description The Materials & Process Engineering Intern will support CCAM’s research programs. Interns will help to ensure that projects are delivered on time, on budget, and with a high standard of quality. IN THIS POSITION YOU WILL: Gain more in-depth understanding of Surface Engineering, Thermal Spray Coating & Materials Research. Support new and ongoing thermal spray-coating process development. Exposure to Atmospheric Plasma Spray (APS) manufacturing process for aerospace applications Provide material quality feedback for additive manufacturing & surface engineering processes.

Understanding materials’ microstructure and its impact on properties and performance Prepare and characterize materials research specimens.

Metallography preparation and characterization techniques Specimen mounting, cross-sectioning, and polishing to reveal materials’ microstructure for inspection Optical & scanning electron microscopy for microstructure imaging and elemental analysis Microstructure assessment of metal alloys and ceramic coatings Computed Tomography (CT) analysis assistance for internal porosity and cracking Mass and thickness measurements of various materials and coatings Surface roughness and morphology assessment using profilometry and confocal microscopy Build expertise in technical data reporting.

Communication Skills, especially Technical Writing Collect and analyze experimental data Compile presentations of experimental results Perform scientific literature reviews on research topics with little prior knowledge. Create written documentation of techniques used & work methods Work collaboratively with our researchers. Stay up to date with the latest developments in manufacturing technologies and provide research support to the team. Interface with our industry & government partners for technical collaboration and project status communications. Conduct and assist in manufacturing data analysis.

Requirements CANDIDATE QUALIFICATIONS: The completed coursework section gives an overview of courses across the majors of Material Science & Engineering, Mechanical Engineering, Manufacturing Engineering, or Industrial Engineering that give conceptual foundation for the internship project work. It is not expected for candidates to have taken all of these courses. • This position requires access to technology or intellectual property that is subject to export control requirements.

Candidates must be qualified for such access without an export control license. • *At a minimum, candidates must have partially (at least two years of academic credit) completed a scientific or engineering degree at an accredited university, rising Junior, Senior, or Graduate student. • Academic Major OR Area of Focus: Materials Science and Engineering; Mechanical Engineering; Manufacturing Engineering; Industrial Engineering Completed Coursework: Physics I with Lab or Engineering I with Lab; Physics II with Lab or Engineering II with Lab; Technical Writing or Technical Communication; Introductory Engineering Discipline Course Technical Skills: Minimum familiarity with any of the following areas is desired: Metallography, Microscopy Experience, Data Collection & Analysis, Additive Manufacturing, Surface Engineering / Coatings, Machining, Proficient in Excel , Familiarity with Python a plus.

CCAM's is partnered with our 5 University Members- Virginia State University, Virginia Commonwealth University, Old Dominion University, University of Virginia, & Virginia Tech. We only select candidates from our 5 University Members. Ability To: Work independently towards an established goal without continuous oversight or assistance. Quickly grasp key concepts needed to attack difficult engineering and manufacturing problems. Maintain a positive, team-first mentality. Take ownership of projects. Passion for: Development and application of scientific principles. Innovative, creative, technically complicated problem solving. Working outside of your comfort zone.

Having fun while learning new things! CCAM is committed to creating a diverse environment and is proud to be an equal opportunity employer. CCAM does not discriminate in employment opportunities or practices on the basis of race, color, religion, sex, sexual orientation, gender identity, national origin, age, genetics, disability, or veteran status.

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Common questions

Where is the MATERIALS & PROCESS ENGINEERING INTERN role at CCAM (Commonwealth Center for Advanced Manufacturing) based?

This role is based in Disputanta, VA.

What degree is required for the MATERIALS & PROCESS ENGINEERING INTERN role at CCAM (Commonwealth Center for Advanced Manufacturing)?

This role requires a BS.

How many years of experience does this MATERIALS & PROCESS ENGINEERING INTERN role require?

The posting calls for at least 0 years of relevant experience.

What polymers or materials does this MATERIALS & PROCESS ENGINEERING INTERN role work with?

metal alloys, ceramic coatings.

What techniques or methods are required for this MATERIALS & PROCESS ENGINEERING INTERN role?

metallography, optical microscopy, scanning electron microscopy, computed tomography, profilometry.