Third member of the Data Analytics team for Lineage Logistics. Implemented many experiments for data collection, completed many data analyzing projects, simply visualized many complex data sets, lead several projects of my own creation, and helped in the interviewing process for team growth.I managed and helped my team in simulating a robotic warehouse. We are now working on making that warehouse a reality. I have also facilitated entire projects that increased storage density by over 50%, thus increasing revenue proportionally for several warehouses across the country.

As a Summer Intern at the Stanford Linear Accelerator Center (SLAC), I was responsible for replacing, fixing and/or maintaining components on the beam line.Achievements implemented at SLAC included: creating a MATLAB GUI that reduced jitter from the RF Klystrons, and writing code for a revolutionary experimental fast wire scanner for the beam line. In addition to these achievements, MATLAB programs were created, improved, tested, and implemented for various functions at SLAC's accelerator. These programs are used in everyday operation of the SLAC accelerator.Aforementioned programs include, but are not limited to, the SXRSS Procedure GUI, Klystron Poly Fit GUI, beam slice measurements, image enhancement, and upgraded wire scanner.

As Physics Outreach Staff Member and Demo Builder at Idaho State University, I worked for (part time or when needed, held various jobs in addition to this one during the period worked) the Idaho State University Physics Outreach program. Additional accomplishments included:Successfully presented, taught, and tutored detailed and comprehensive physics topics, including: lasers, electricity, sound, forces, and numerous other physics related topics.Personally repaired demos and built new demos for physics education. Assisted in fixing and maintaining projects, machinery, and computers.

As a Researcher at Idaho Accelerator Center, I personally set-up, built, modified, and maintained the IAC's particle accelerators and code bases. Additional achievements included:Successfully designed and developed an accelerator RF cavity for Korea Atomic Energy Research Institute (KAERI) using CST Microwave Studios and Solidworks programs. Established a MATLAB tool for Beamsize & Emittance Measurement for HRRL accelerator created MATLAB based program that measured RMS beam size and emittance. Involved with the Medical Isotope Group (MedIso) and operated, calibrated, and built germanium, silicon, and sanitation detectors.Ran detailed and accurate counts on radioactive sources. Designed machines and equipment for MedIso and programs in MATLAB, MCNPX, Origin-8, and Excel.

During my stint as Director of Shooting Sports, I served as the area director of the shooting sports area, managing nine staff members. Additional Responsibilities included:Successfully ensured safety in shooting sports and taught boy scouts rifle shooting, shotgun shooting, and archery. Became certified as a National Rifle Association Instructor for rifle, pistols, shotguns, muzzleloaders rifle and shotguns, and a range safety officer.

As a Research Assistant at CSNR, I successfully designed and tested rocket systems for a retro rocket system. This was designed to be self-stable to make a landing by slowing the decent with rocket power. This includes using mechanical and electrical equipment, testing various rocket igniters and motors, building a prototype and actual craft that was tested.