My focuses in engineering include laser machining, control systems and automation of manufacturing, precision inspection and manufacturing, programming and integrating automation, and mechanical design. Some other skills include machining parts by mill or lathe, operating CNC equipment, Python programming, and Deep Learning development.Pennsylvania State University, class of 2019, Mechanical Engineering. As part of my thesis for the Schreyer Honors College, I used particle image velocimetry (PIV) to study the periodic flow and mechanical dynamics of a 3D printed flexible fin and compared my results with similar experiments (https://honors.libraries.psu.edu/catalog/6289nmf5233). As requirement for graduation, I completed a capstone engineering project. Working in a team of 3 engineering students, we designed, fabricated, and tested a robotic-ray capable of two-dimensional movement in the water. The majority of this project was 3D printed, requiring extensive knowledge in additive manufacturing, and modifications to the standard G-Code to create the advanced designs (https://www.youtube.com/watch?v=gdt3OcuujHU).My preferred work is in engineering systems from both the Mechanical and Electrical perspectives, working the fields in unison to develop smarter, more efficient solutions to manufacturing problems. Combining my Undergraduate studies in Mechanical Engineering with my Controls Engineering experience gives me a variety of skills to break down advanced automation systems and integrate them into large-scale production.