• Specialized in the construction of a particle monolayer deposition system with programmable xyz-axis movement• Integrated acoustic annealing into the system using circuitry, a sound system, and a 3D-printed housing unit• Experimented and discovered a combination of sound frequency, amplitude, and time that increased the average size of close-packed particle monolayer orientation domains by up to 250%• Thrived in the rapid pace of a startup environment, gleaning valuable time-management and teamwork skills

• Presided over lab sections, held office hours, and graded homework assignments for 76 students• Collaborated closely with Professor Jia and other teaching assistants to effectively teach the fundamentals of circuit theory• Exercised professional and informational communication while helping students work through problem sets and labs

• Investigated variances in PEC device nanostructure using I-V and LSV measurements to collect ample device data• Manipulated five aspects of device design and tested 500+ design iterations, each requiring rigorous fabrication processes• Manufactured lab-specific parts for PEC device fabrication and testing with Fusion360, Prusa MK3S 3D-printers, and circuitry