• Tutored first year engineers for Engineering Design Thinking II in areas such as MATLAB, statics, electronic circuits and Visual Basic• Guided students through peer mentoring sessions about life on campus, mental health, first co-ops and managing work loads

• Spearheaded an inlet spacer design and analysis efforts where I completed modal analysis and designchanges to close six action items and deliver a robust design which met all design practice requirements• Applied Lean/5s principles to reorganize the Test Enabling Hardware storage area by removing over fivetons of unused hardware and developing an efficient workflow for hardware storage• Created three processes for the Test Systems Engineering team for using engineering tools such as GE’ssupercomputer, material library, and various ANSYS analysis simulations• Owned analysis of exhaust system where I utilized my knowledge of shell modeling to perform finiteelement analysis resulting in a reduction in computational time and reducing design cycle time• Led the procurement and production of installation instructions for a LEAP engine orifice plate bygathering engineering drawings and creating an installation presentation which led to a successful, ontime installation of the hardware

• Wrote seven Python scripts utilizing the pandas, Numpy, and PySimpleGui modules to automate datacollection and presentation• Revamped outdated MATLAB and Python scripts to run more efficiently by incorporating new functionsand modules

• Collaborated on Boeing’s Air Force One program as a design engineer working on the structure of the airframe• Performed structural analysis of wire bundles in the aircraft to determine appropriate brackets• Selected and maneuvered various brackets onto the aircraft’s airframe to secure the wires• Assembled brackets and fasteners utilizing the aerospace sheet metal, surfacing, and functional tolerance applications in CATIA v5• Organized meetings between electrical, stress, and design engineers to increase communication and ensure correct placement and selection of brackets• Analyzed engineering drawings to determine accuracy of 120 brackets, fasteners, and backup structures

• Recorded all material tickets on the ninety-four-million-dollar I-75 ODOT expansion project in Evendale, Ohio for verification of drop off and pricing • Completed estimations for excavation, asphalt placement and barrier walls for accurate quantities and pricing• Oversaw the tracking and verification of placed drainage structures• Coordinated and presented ODOT specification reviews for project managers and co-ops• Improved tracking of labor and subcontractor activity by documenting hours and operations completed in an Excel file

• Researched 3D additive manufacturing in construction for more efficient, environmentally friendly, and lower expense building methods • Designed and programmed a machine to 3D print concrete shapes using a CNC machine, pump, and an Arduino board• Improved technical writing skills and presentation skills by writing weekly reports and presenting my research to my professors and other peers