• Developed algorithm to apply multi-level flat field correction for cone beam Computed Tomography data in MATLAB.• Converted MATLAB code to C++ for integration into commercial software package.• Helped develop code to simulate X-ray radiograph images for an automated defect recognition study, improving image fidelity during reconstruction due to beam hardening and scatter effects for Fan Beam and Cone Beam CT.• Produced simulated objects with multiple defects using CAD and MATLAB for test purposes of an automated nondestructive evaluation system.

• Utilizing multiple combinations of exposures, slit lengths, and line gratings, remotely measured spectral data of comet during apparition via NASA’s high-resolution spectrograph and imager found at the Infrared Telescope Facility at Mauna Kea, Hawai’i.• Performed data analysis on mass spectra of comet per observation and over period of two semesters using Interactive Data Language, a scientific programming language specifically for numerical data.• With the combination of dark current frames (daytime frames averaged over time) and observation frames, assisted Astrophysicist in • Assisted leading Astrophysicist with further data reduction using NASA’s Spextool – a spectral reduction program aimed specifically at the cross-dispersed and prism data – with the use of dark current frames and observation frames.

• Worked closely with Project Manager, Facilities Engineers, and contractors pursuant of check-out and start-up of equipment in a new cotton modernization plant located out of state.• Performed and checked engineering calculations for plant and equipment to ensure safety• Managed and organized software training groups, tutorials, and reference materials on software designed for Arc Flash labeling system.• Presented Arc Flash software training to groups of engineers and designers over course of several days, designed to thoroughly familiarize them with the product, its capabilities, and nuances.

• Facilitated and presented weekly and bi-weekly group review sessions of Trigonometry, Business Calculus, Differential Equations, Linear Algebra, and Calculus I, II, & III to bolster understanding and retention of math skills and techniques.• Maintained private tutoring sessions with students, tailoring each appointment to individual needs, and seeing noticeable increases in grade averages per time spent problem-solving and asking questions.• Continually searched for tricks and tips for students to better recall and understand difficult mathematic derivations and identities, such as drawing the unit circle from memory or understanding trigonometric identities.• Increased total semester appointments of both undergraduate and graduate students by 163% from Spring 2016.

- Created and executed daily happy hour promotions, increasing revenue by over 182% over a two-year period.- Developed and maintained excellent rapport with guests and regular guests, building a varied and solid clientele base.- Independently created craft cocktails while serving food and beer in a high-intensity, high-volume, and fast-paced establishment with efficiency.- Adapted easily to schedule changes weekly, often going from closing shift (2100-0600) to opening (1000 - 1500) over weekends and switching to cocktail hour throughout the week (1500 - 2100).- Maintained active knowledge of basic bicycle maintenance to assist local cyclists in need, also keeping tabs on bicycle-friendly routes, pubs, and more to ensure visiting cyclists the best time in our city.- Assisted in setting up and facilitating private functions as well as street festivals with curated food, cocktail, and beer menus.

- Worked closely with mechanical engineers to optimize parts and integrate hardware using PTC Creo.- Assisted in builds within the Prototype Shop, learning the basics of proper CNC use.- Designed parts to US, EU, CA, and AU standards with the use of CAD.

• Actively operated, troubleshot, and repaired advanced Top-Secret electronic detection mainframe and its deception subsystem.• Tracked surface and airborne targets of interest with radar for determination of defensive maneuvers and tactics.• Collected airborne, shipborne, and land-based radar signals with advanced electronics system and its peripherals.• Analyzed radar signals collected in order to accurately determine threat levels.