Engineering student at the University of Washington College of Engineering. Interested in aerospace and mechanical engineering, especially in the context of planes and rockets. currently passionate about structures and propulsion, but always interested in learning more. Experience with engineering tools and strong academic background.

Email: emersonbeehler@gmail.com

Linkedin: emersonbeehler

• Python
  • Tkinter, NumPy, Matplotlib
• CAD (Fusion 360)
  • 3D modelling, surface modeling.
• Thermodynamics
  • Core thermodynamics and fluid dynamic concepts

Python app that uses user-defined parameters to calculate the performance of a turbojet engine using the ideal Brayton cycle. Outputs key performance metrics (e.g. thrust), and generates temperature and pressure graphs for each stage in the cycle.

Collection of small group and individual projects I worked on in high school. Includes a Mars egg drop lander, an investigation on the relation between wing area and lift generated by a paper airplane, and an investigation on the impact of the wavelength of light and the refractive index.