James Campbell

*** ****** ****, ****** *******, NY, 10989 * 845-***-**** * adhe6s@r.postjobfree.com

Summary

●Materials Science & Engineering graduate seeking entry level engineering position.

●Experienced in materials characterization and analysis methods.

●Experienced in performing investigative research work and product development.

●Familiar with fractography of glass, ceramics and other brittle materials.

●Experienced with failure analysis.

●Experienced with glass strengthening mechanisms, particularly chemical strengthening.

●Understanding of metallurgical engineering concepts.

●Understanding of chemical processes occurring during glass and polymer production.

●Performed 3-point bend testing and 4-point bend testing on Instron.

●Experienced with 3D design and injection

Instrumentation Laboratory -

QA Associate/Formulations

March 2020 - September 2020 (Short term Contract Position)

●Support validation of test methods in cGMP regulated environment.

●Resolution of deviations observed during qualification and validation testing.

●Performance of root cause analysis.

●Perform in-process QC tasks as detailed in SOPs and QCMs.

●Preparation of mixtures, test kits, bulk chemistry and chemical analysis.

●Preparation of buffers, packing columns, sterilization, sampling, and cleaning of systems.

●Maintenance and calibration of lab equipment.

Research Assistant-Alfred University

September 2017 – June 2018

●Conducted DSC and TGA tests to evaluate the level of crystal propagation in chalcogenide glass.

●Created Weibull distribution curves for silicate glass in 3 point and 4 point bending tests.

●Executed test protocols and documented results.

●Collaborated with other researchers to determine the level of inaccuracy present in Weibull analysis.

Skills

●Matlab

●Solidworks

●Crystalmaker

●SEM/EDS Operation

●Differential Scanning Calorimetry (DSC)

●Thermo-Gravimetric Analysis (TGA)

●X-Ray- Diffractometry

●Instron Operation

●Statistical Analysis

●Injection Molding

Education

●Bachelor of Science in Materials Science and Engineering Inamori School of Engineering at Alfred University, Alfred, NY Dec 2019

Thesis

Effects of Grinding and Particle Size on the Glass Transition and Crystallization of AS25e3 Glass

Nov 2018 to Dec 2019

●Performed DSC tests to analyze how grinding media and particle size affect temperature

●Following multiple experiments, results indicated that ground samples aged at room temp had a less noticeable difference between melting and crystallization. Grinding in liquid nitrogen caused a more consistent heat flow

●Smaller particle sizes cause a larger crystallization exotherm and subsequent melting peak

Related Course Work

●Computer Aided Computer Aided Design

●Thermodynamics

●Principals of Engineering

●Ceramic Processing Principles

●Materials Science Explorations

●Ceramic Engineering Explorations

●Structure and Properties of Materials

●Bonding and Structure of Materials

●Thermal-Mechanical Properties

●Intro to Polymers

●Intro to Glass

●Intro to Ceramics

●Electronic, Magnetic, Optical Properties

●X-Ray Characterization

●Microscopy

●Fourier-transform infrared Spectroscopy

●Metallurgy

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