EGR 1302 - Introduction to Engineering Analysis • Coordinated with professor to precisely grade 22 students MATLAB script and function file homework each week • Led 2-hour office hours for students to come in and ask questions for success about the class leading to a successful final MATLAB and Arduino project• Assisted in the classroom to alleviate the burden on the professor and be availibe for the development of engineering analysis tools

• Directed a team of 4 to produce a working launcher meeting all 6 design specifications in the designated timeframe• Optimized the budget by adapting the original design idea to meet the $30 budget required

• Incorporated the electronic systems consisting of 4 servos, battery, motor, and propeller into the glider accurately and precisely to provide maximal functionality of the aircraft• Provided aid to 3 team leads for successful CAD design and hands-on construction of the 3D printed aircraft

• Collaborated with a supervisor and warehouse team to coordinate valve orders and assemblies using NetSuite and Prophet 21 while fostering cross-departmental communication• Excelled in repeating hands-on assembly of over 200 sets of valves, actuators, and linkage kits per month powered pneumatically, electrically and through hydraulics • Diagnosed, ordered parts, and refurbished over 30 actuators and over 60 multivariable transmitters per month for company customers and market resale

• Optimized, using SolidWorks, parts of the fuselage of a 3D printed glider that won 1st place against collegiate teams at a national competition• Attended weekly meetings on time to complete successful glider test flights to test the limits of the optimized design

• Cooperated with 5 different teams to design, integrate, construct, and test a remote-control airplane that adheres to the over 50 pages of design specifications of the SAE Aero Design Competition • Designed, with Solidworks, and manufactured, using a Glowforge laser cutter, a functioning tail for a 16-ft, competition level, remote-control aircraft that was the first to successfully get off the ground for Aero at Baylor at the SAE Aero Design competition• Co-authored a 30-page report that laid out the specifications and choices made for the design of the aircraft as well as the integration of the systems into the aircraft as a whole

• Organized 3 group trainings and assessments based off discussions to educate younger tutors to prepare them for tutoring by modeling adaptive tutoring skills • Mentored peers in areas of mathematics and sciences to develop proper learning skills• Facilitated groups of 3 students in discussion and collaboration to expand understanding of difficult problems and complex mathematical concepts in academic coursework• Tutored all ages of high school students to instill proper learning habits to empower those without confidence in their academic abilities