• Analysis of digital and analogue diagnostic readbacks via time evolution study and predictive modeling to assess the health of beamline components and accelerator performance• Securing enclosures to guarantee that no personnel are present before enabling lethal voltages and currents to the electromagnets and running high radiation beam• Modifying and tuning particle beam parameters to the specifications of various beamlines and experimenter requests• Ensuring 24/7 support of all beam transport systems and utilities including water, cryogenics, vacuum, electrical, and safety via rotating extended shifts with a personal crew

• Researched data visualization techniques capable of processing neutron flux data from the NSTX-U tokamak fusion reactor for display in a 3D virtual environment• Wrote, debugged, and optimized an advanced algorithm that polygonises scalar fields using C#• Developed VR software using the real-time 3D development platform Unity for 1:1 scale accurate identification of high intensity 28-Si resonant neutron isosurface boundaries• Prepared a public demo and information session

• Reinforced physics concepts (orbital mechanics, quantum, special relativity, etc) for undergraduate STEM students

• Investigated a phenomenon discovered during summer research at Fermilab of ultra-high energy prompt electrons (e-) and positrons (e+) produced from a 9Be target and proton beam• Modified the beamline design program G4Beamline such that pertinent physics processes were switched on and off for each consecutive trial loop before saving the raw data output• Applied creative data analysis with Python to e-e+ yields, revealing a unique chain reaction• Selected to present research at the National Conference for Undergrad Research (NCUR) 2019

• Developed a concept for achieving ultra-high energy electron and positron test beams utilizing Fermilab's current proton beam capabilities and optics for potential in-house particle detector calorimeter calibration and test beam facility users• Simulated secondary particle production from targets impacted by high energy proton beams• Devised target material selection parameters to maximize key secondary species production• Performed optimization studies for target dimensions• Simulated a magnetic transport channel for verifying species’ energies and intensities deliverable to the experiment site• Exceeded minimum requested specs ( > 33% for energy and by 1 to 2 orders for intensity even after accounting for up to 1 order of loss during e- or e+ beam purification)

Primary Duties :Interviewing and training new hires in order entryAssigning the safety ratings and protective equipment for all samplesAnswering client questions and directing analytical inquiries to the appropriate partiesReceiving materials for projects and ensuring all necessary documents are enclosedIdentifying any project discrepancies and notifying the clientDigitizing and shipping of reportsSample shippingDevelopment and testing of sales opportunity templates and proceduresLarge scale file organization for complex projectsSecondary Duties : Daily instrument checks and Receipt and inspection of goods and services from lab vendorsChemical stocking and inventorySanitizing glassware and testing utensils

Filled prescriptions involving weighing, counting, measuring and mixing medicationResolved conflicts between patient’s needs and insurance policiesPerformed drug inventory and ensured pharmacy was sufficiently stockedSetup and maintained patient recordsAssisted pharmacists with clerical dutiesCashiered and answered questions from patients, physicians and their staff