• Compile quarterly choreography from Pure Barre corporate and create a day-by-day set choreography plan for the studio.• Lead auditions and provide feedback for potential new instructors.• Lead in post corporate training development of new instructors in preparation for test out videos and overall instructor readiness.• Cultivate an inclusive, open, and welcoming culture for Pure Barre instructors and community.• Lead quarterly reviews for current Pure Barre instructors, provide positive feedback and areas of improvement for the continued growth of the studio.

• Create and teach unique, effective, dynamic, and challenging Pure Barre fitness classes; provide encouragement, hands on corrections, and exercise modifications for clients to attain their best results.• Connect with clients, promote Pure Barre culture, and assist in planning in-studio and out-of-studio events.

Seasonal job (October - January) • Opened/Closed store• Personalized ornaments• Managed cash register • Resolved issues with customers, and fulfilled special requests.

• Develop plans, goals, and objectives for system implementation• Communicate with customers about requirements and expectations for the system and mission • Communicate with team members throughout the development and analysis of system models, system requirements, and performance specifications• Manage project schedule with team members, ensuring that all deadlines are met and that the system models meet performance standards • Develop system models using SysML (Systems Modeling Language) and the MagicDraw modeling tool• Analyze system models to ensure that requirements and performance specifications are met• Create and modify requirements and performance specifications

• Provided Mechanical Engineering support to customers.• Developed various mechanical designs and provided all supporting documentation.• Assessed problems and provided solutions through design ideas and prototypes.• Updated and modified designs and drawings to reflect any engineering changes.

UA Mechanical Engineering Department• Assisted Dr. Beth Todd, Associate Professor and Undergraduate Program Coordinator, with daily tasks.• Acted as Teaching Assistant for various Mechanical Engineering classes: graded, recorded, maintained assignments.• Created Excel documents, copied, shredded, sorted documents for classes.• Made reservations and completed conference registration for various Mechanical Engineering organizations on campus.

UA Math Technology Learning Center• Tutored students in various mathematics courses at the University’s MTLC, proctored exams, and maintained a safe and enjoyable learning environment for all.

U.S. Army Aviation and Missile Research, Development, and Engineering Center (AMRDEC)Prototype Integration Facility (PIF)• Led three interns in developing usable bookshelves from a conceptual design to product realization: integrating metal, additive manufacturing, and composite into their designs.• Took part in a redesign of a transmission system in an industrial truck to be used in government tanks.• Aided in SolidWorks drawing redesign for a Tactical Open Government-Owned Architecture (TOGA) universal controller project.

U.S. Army Aviation and Missile Research, Development, and Engineering Center (AMRDEC)Prototype Integration Facility (PIF)• Studied electrical connections for durability in rough and unideal conditions to produce a new guideline for all military specification documents. • Designed, developed, and constructed a pipe lamp in SolidWorks and then fabricated it with steel pipes following the PIF’s structured design processes. Won best lamp design contest as voted on by PIF employees.• Designed an open, collaborative, ‘engineering room’ design concept for the PIF Engineering Team.

• Developed mechanical part models and drawings using SolidWorks.• Designed customer specific aviation parts for project on contract.• Participated in aviation mechanical and electrical engineering documentation peer reviews.

• Planned, designed, and executed a method to further test circuit boards for durability in extreme conditions within vital electronics for use in Army aircraft, medical facilities/devices, and every day workspaces. • STI included this test process in a successful Small Business Innovative Research proposal.