Obtained my IB Diploma with a score of 38. Classes were: Physics HL, Math HL, Music HL, Economics SL, Literature SL, Spanish ab initio

Hand-wrote software that can automatically trim any conceptual design aircraft in horizontal flight conditions in 10-30 minutes. Human alternative would require around 1-3 days. Program was written in Python 3.6 and OpenVSP, using VSPAero for Aerodynamics Analysis. Additionally, wrote manual for program including sections on operations, troubleshooting, and capabilities

Worked as a tutor for the program MATLAB. As a tutor, I supported students in both learning MATLAB and learning how programming languages work in general. I also helped students better their critical thinking and problem-solving skills in an engineering context.

Developed Genetic Network that balanced a double inverted pendulum. Network weights were encoded into genome which was optimized through the genetic algorithm method.

Working to design an adaptive flight controller for aircraft longitudinal stability that is based solely or partially in genetic algorithms. Developed prototype software that uses genetic algorithms to balance an inverted pendulum.

Developed a concept for a combat air patrol fighter that used high aspect ratio composite wings to allow for efficient cruise and combat maneuverability. This enabled the aircraft to weigh 50-60% of existing aircraft.

Developed a python program that can find the ideal 4 digit NACA airfoil 20 times faster than exhaustive search. Program was able to, on average, find an airfoil that could achieve 97% of the maximum possible Lift/Drag Ratio in only 18 minutes as opposed to the 8 hours it would take to find it with exhaustive search.

Download here (with manual):

https://uploads.strikinglycdn.com/files/7c581f4d-d88f-4e21-92ae-ab22d40330e5/RMLI OPT.zip?id=3349642

Developed program that uses numerical methods to find optimum launch windows for interplanetary probe missions to Saturn/Titan. Probe arrives at Saturn exclusively through use of one small burn from Earth and slingshots around the other planets

Download here (with manual):

https://uploads.strikinglycdn.com/files/053acc21-55c8-4640-9c5a-8a11e385b58b/GATSI.zip?id=3350286

Worked as team lead with the goal of better understanding and designing an experimental underwater navigation system. The system would use inverse triangulation to locate an autonomous underwater vehicle (AUV) through sonar pings from a central hub/buoy

As part of ERAU Honor's program, conducted feasibility investigation into a potential unmanned mission to Mars' moons using an orbital relay around Mars and two small lander/satellites that would land on Phobos and Deimos

Investigated the effectiveness of increasing a spacecraft's orbital apogee in order to exploit the negative relationship between velocity and altitude such that an inclination changing burn would require less fuel/delta v

Investigated relationships behind interplanetary orbits to develop equation for maximum aerobraking efficiency of spacecraft returning from interplanetary missions

Worked with Akram Azimi (2013 Young Australian of the Year) as an advocate for education-based approaches to reduce the rates of open-defecation in developing countries. Spoke at the Global Health Conference 2015 as well as some radio-work.