E. Addison Everett Email & Phone Number

• Space instrument development for sounding rockets and satellites• Vacuum equipment development, operation, and maintenance: UHV chambers, ion pumps, mechanical pumps, Tubegetters®, ion and Baratron® gauges, leak detection, and vacuum system performance modeling• Computer modeling of molecular ram impingement rates for sounding rocket instruments• Laboratory assessment of a high-performance ion detector under harsh conditions• Ion beam production, characterization, and diagnostics• Performance evaluation of a high-performance ion detector under harsh conditions• Precision cleaning of instrument components for testing a prototype space instrument• Instrument troubleshooting and repair• Supported thermal vacuum testing of spacecraft and space science subassembliesSoftware: Matlab, Mathcad, DSMC (DS2V), SIMIONDissertation: Design and Characterization of a Time-of-Flight Mass Spectrometer for Composition Measurements in the Upper Atmosphere My dissertation can be accessed at:http://digitalcommons.usu.edu/etd/5698/http://digitalcommons.usu.edu/cgi/viewcontent.cgi?article=6784&context=etd

Physics for Scientists and Engineers I & II, RecitationIntroductory Physics Laboratory I & IIAs an instructor I demonstrated proper problem solving techniques, taught beginning uncertainty analysis, and introduced scientific/technical writing. I worked as part of a team to evaluate and improve Introductory Physics Laboratory courses. Although no longer a TA, I am still requested as a substitute lecturer for introductory physics courses.I received the "Outstanding Graduate TA Award," USU Physics department, 2013-2014.

Introduction to Computer Methods in PhysicsIntermediate & Advanced Physics LaboratoriesIntroductory Physics Laboratory I & III taught students how to solve physics problems using Mathcad. I also updated the electronic text for the course Introduction to Computer Methods in Physics. I was responsible for set-up, take-down, and maintenance of experimental equipment used in the Intermediate and Advanced Physics Laboratory courses.I was awarded the "Adams Scholarship for Extraordinary Teaching Effort," USU Physics department, 2009.

Logan, Ut

Our group grew InGaAs quantum dots (QD) using the Stranski-Krastanov growth method. I assisted with the operation of our molecular beam epitaxy (MBE) system. I also operated a scanning-tunneling microscope (STM) to characterize the nanostructures our lab produced. I conducted analysis of our QD samples based on the data collected via STM.Experience: Vacuum chambers, scanning-tunneling microscopy, molecular beam epitaxy

Doctor Of Philosophy (Ph.D.), Physics

Bachelor’S Degree, Physics

Associate’S Degree