Conducted over 150 hours of total in-class instruction for ACT students. Developed individual plans for students to follow after the course and leading up to the test date.

Synthesis of poly-imide chains for electrical insulation resins. Worked with research director to plan out pontential strengths of new products. Conducted mechanical, thermal, and electrical tests on developed resins to compare with standard insulative materials.Research was conducted in a mix of German/English, but workplace atmosphere involved communication primarily in German.

Conducted research under the direction of Professor Michael Loewenberg, Director of Undergraduate studies for the Yale Chemical Engineering department. Developed FORTAN and C++ code to model a biophysics molecule transport problem involving the movement of particles in giant squid axons. Code modeled the movements of thousands of particles moving at defined speeds with random stops/starts, stochastically determined by RNGs in the code.