Ethan Ray

Synthesized styrene and n-butyl methacrylate polymers to test AI/ML frameworks for streamlining continuous flow polymerization methods. Characterized molecular structure and weight attributes for fine-tuning RAFT polymerization processes, tracking polymer kinetics of over 50 homopolymers.

Developed and implemented simulations to test polaritonic behavior in ɑ-MoO3 sub-wavelength structures to advance chip-integrated photonic devices. Fabricated samples through van der Waals nanoflake exfoliation and focused-ion beam etching, probing light-matter interactions using advanced microscopy techniques.

Managed and operated the growth of In2e3hin films to enhance device performance for electronic applications. Conducted compositional analyses and morphological assessments on over 100 samples, ensuring high-quality films. Completed maintenance and installation tasks for vacuum deposition equipment, improving system uptime.

Optimized vacuum-growth parameters for KTaO3 films through molecular-beam epitaxy. Investigated thin film crystalline quality and morphology of over 30 samples using x-ray diffraction and atomic force microscopy, coordinating with theorists for epitaxial strain engineering.

Designed heat-treated NiTiNbCu shape-memory alloys for aircraft wing actuation systems, enhancing fuel reduction in cryogenic applications. Characterized structures and tested compression strengths to compare experimental samples to industry standards.

Instructed students from 3rd grade through high school calculus, overseeing student progress and shaping curriculum. Collaborated with parents to ensure effective learning outcomes.

Pursuing a Doctor of Philosophy in Materials Science and Engineering as an NSF Graduate Research Program Fellow and Ryan Fellow.

Grade: 3.96

Activities and societies: Concentration in Functional Materials, Research Option Scholar, Faculty Honors. Thesis on the effect of Plasma-Cracked Selenium on the Molecular Beam Epitaxy Synthesis of In2e3hin Films.

Completed a Bachelor of Science in Materials Science and Engineering with a GPA of 3.96, focusing on Functional Materials and conducting research as a Scholar.