Responsible for leading all technical development within the team. Manages all technical subteams and makes sure individual subteams mesh well together and focus on one end goal. Leads design meetings and knowledgeable in all technical departments of the club, namely Aerodynamics, CAD/Design, Manufacturing, Propulsion/Electronics, and Structures. Performs administrative tasks as necessary.

Responsible for leading the Propulsion and Electronics subteam. Leads the effort to select the best propeller, motor, and battery configuration for our competition aircraft given various parameters and restrictions. Performs thrust testing on various prop configurations. Also spearheads the design, fabrication, and assembly process for various onboard circuitry for the plane's electric system as well it's associated competition mechanism. Responsible for leading the integration of aircraft control system and control surfaces. Works with Aerodynamics subteam to perform CFD on competition aircraft and determine aircraft sizing. Prominent SME on all other subteams.

Proactive member of the Aerodynamics, CAD, Manufacturing, Propulsion, Structures, andR&D sub-teams. Aerodynamics: Help analyze different airfoils and conduct basic performance analysis on different aerodynamic configurations. Assists in choosing optimal sizing for the competition aircraft and its control surfaces using MATLAB. Utilized SolidWorks Flow Simulation to conduct CFD on test airfoils to cross-reference with experimental wind tunnel data. CAD: Utilizes SolidWorks to help design the current competition aircraft prototype in CAD. Designed a majority of the twin-boom empennage on the '21-'22 aircraft. Heavily contributed to CAD and prototype mechanisms for syringe box deployment. Manufacturing: Utilizes 3D printers, laser cutters, and various hand tools to manufacture parts for competition and experimental aircraft. Conducts wet carbon fiber layups and gained experience working with carbon fiber. Propulsion: Exposed to eCALC and helps analyze different propeller and motor configurations to determine the most efficient combination to fulfill a minimum flight time requirement given a battery capacity limit. Solder and crimp connections, and assists in conducting thrust testing of motor-propeller configurations. Majorly contributed to Arduino setup for ramp deployment for '21-'22 comp plane.Structures: Utilizes ANSYS to conduct FEA on the tail section, fuselage, and landing gear of the aircraft and ensured that maximum stresses and deflection were well within the chosen materials' various strength limits.R&D: Explored and researched potential lifting-body configurations for future designs. Researched foam types and helped revitalize, maintain, and use an old foam cutter using Mach3 to use foam in future aircraft. Assisted in conducting wind tunnel testing and in the process of minimizing drag and optimizing airfoil mounts.

Conducted post-CFD analysis in Tecplot 360 on subsonic embedded engine inlets to characterize flow distortion and assisted in iterating designs to maximize inlet performance at all flight regimes. Used Python to analyzed and identified harmonic excitation points to prevent excessive fan blade wear on turbofan engines. Performed preliminary inlet sizing, shock train calculations, and ramp scheduling for supersonic external compression inlets. Compiled and analyzed turbofan engine deck data to quantify effects of embedded installations and provide thrust data to other subteams. Gained valuable experience working within the defense industry on cutting-edge aviation technology.

As the first ever intern at Viatec Inc., I was placed in the engineering team to help address various issues that naturally arose following their relatively recent SmartPTO V3 product launch. I facilitated testing and implementing heating solutions to ensure batteries within products could operate in low temperature environments. I analyzed data from systems mounted to bucket trucks in the field to characterize oil pressure vs. ambient temperature levels within hydraulic systems to enable efficient pump operation. I also created complex exploded views and supporting documentation for existing SmartPTO systems to aid in field operations and repairs.

Taught kids various competition math topics, including geometry, number theory, counting and probability, and algebra. Administered tests and covered solutions in detail with students.

Avid subject-matter expert in the Design/CAD, Fabrication, and Electrical sub-teams. Managedthe team and ensured sustainability. Designed, manufactured, and assembled majormechanisms of various robots. Participated in outreach events and organized outreachopportunities. Helped lead team to qualify for the FIRST Championship in 2019.

Completed Kumon's math curriculum and was offered a job. Assisted children in masteringcritical math and English skills. Graded classwork and homework and sorted papers and folders.