Provided technical and scientific support for academic and industry researchers.Presented application seminars, and image analysis software training.Conducted on-site demonstrations of applications tailored to researcher interest.Performed system maintenance, installations and uninstalls in the field.Trained new employees in application protocols, and image analysis.Supported sales team in the greater Mid-West region and Eastern Canada.Tested new software features pre-release.

Part-time consultant.

Performed research in and managed day-to-day operations of lab dedicated to studying molecular mechanisms of exocytosis through advanced optical techniques (pTIRF).Helped design and assemble a novel cellular imaging system.Developed image analysis routines using Matlab, Metamorph, ImageJ, and IDL.Created microscopy protocols and standard operating procedures for the lab.Trained, mentored, and supervised undergraduate researchers and lab staff.Developed a science community outreach activity with the Detroit Edison Public School Academy.Leading author of three publications and presented research at scientific conferences.

Researched proteins involved in cellular exocytosis using a custom TIRF-FRET microscope system.Developed imaging processing and data analysis suites in Matlab for FRET and electrophysiology data.Application of wet lab techniques, including cell culture, cloning, and transfection.Author on two publication.

Oversaw software implementation, daily operations, and support for hospitals.Trained in MUMPS, and Visual Basic.Wrote custom code for large database infrastructure.

Member of the the Daya Bay Reactor Neutrino Experiment team.Solved detector design problems with simulations in C++ and ROOT.Created data acquisition and analysis tools in LabView.Developed experiments to analyze device resolution and accuracy.

Member of the KamLAND – Tennessee Group.Designed custom equipment in AutoCAD.Analyzed the response of liquid scintillator to UV excitation using a monochromator.