Elspeth Smith is a doctoral candidate in theoretical and computational condensed matter physics at Ruhr-Universität Bochum with a decade of experience bridging scientific research and full‑stack software engineering. She models solid–liquid gold interfaces to quantify electronic polarisation effects, aiming to extend planar studies to nanoparticles in collaboration with experimental groups. Trained with an MPhys in Computational Physics from the University of Edinburgh, she has applied ab initio methods to discover a stable superionic phase in brucite and presented at major German physics meetings. Parallel commercial roles as a software engineer and contractor have given her practical strengths in web development, data analysis, and reproducible scientific computing. Comfortable moving between C/Python simulation code and production web stacks, she brings a rare combination of hands‑on coding fluency and deep physical insight. Colleagues describe her as methodical, collaborative, and keen to translate complex models into testable experiments.
10 years of coding experience
4 years of employment as a software developer
Master of Physics - MPhys, Computational Physics, 2:1 (Very good, ≈1.5 in the German system), Master of Physics - MPhys, Computational Physics, 2:1 (Very good, ≈1.5 in the German system) at The University of Edinburgh
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