Summary
Anderson Steckler is a physics graduate student and teaching assistant at the University of New Hampshire with nine years of hands-on experience in experimental instrumentation, computational modeling, and teaching. He researches quasi-particle scattering and topology in disordered graphene, bridging analytical theory with numerical simulations. His background includes developing precise RF instrumentation methods for radio interferometry, automating spectroscopy data pipelines, and running DFT calculations for materials characterization. He has practical field experience building and deploying observatory hardware and a track record of communicating results—his undergraduate poster won first place at UNH. Based in Greater Boston, Anderson is transitioning from instrumentation toward theoretical condensed matter and quantum materials, combining lab-honed experimental intuition with growing computational expertise.
9 years of coding experience
2 years of employment as a software developer
Hollis-Brookline High School
Bachelor of Science - BS, Physics, Bachelor of Science - BS, Physics at University of New Hampshire