MATERIALS & PROCESS ENGINEERING INTERN

CCAM•Disputanta, VA

4d•$24 - $30•Onsite

About The Position

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.

Requirements

Completed at least two years of academic credit towards 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.
Candidates must be qualified for access to technology or intellectual property that is subject to export control requirements without an export control license.
Only select candidates from CCAM's 5 University Members: Virginia State University, Virginia Commonwealth University, Old Dominion University, University of Virginia, & Virginia Tech.
Ability to work independently towards an established goal without continuous oversight or assistance.
Ability to quickly grasp key concepts needed to attack difficult engineering and manufacturing problems.
Ability to maintain a positive, team-first mentality.
Ability to take ownership of projects.
Passion for development and application of scientific principles.
Passion for innovative, creative, technically complicated problem solving.
Passion for working outside of your comfort zone.
Passion for having fun while learning new things!

Nice To Haves

Familiarity with Python

Responsibilities

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.