Summary
Luke Mcculloch is a Senior Innovation Engineer with nine years of experience building numerical simulation and engineering design tools at the intersection of software, physics, and mathematics. He has deep domain expertise in hydrodynamics, variational B-spline geometry, and deterministic constrained optimization from PhD research and as a core developer on Bentley’s MOSES and SACS offshore engineering suites. Luke combines low-level Fortran/C++ systems work with research-grade contributions—automatic differentiation, interval-valued relational constraint programming, and hierarchical spline modeling—that shrink infeasible design spaces before costly analysis. He currently drives floating wind and time-integration features in large-scale hydrodynamics codes and is interested in extending discrete differential geometry methods into the design-analysis loop. Colleagues describe him as intellectually curious and unflappable under hard computational challenges, equally comfortable writing production solvers and prototyping novel mathematical toolchains.
9 years of coding experience
10 years of employment as a software developer
Master of Science, Naval Architecture and Marine Engineering, Master of Science, Naval Architecture and Marine Engineering at University of New Orleans
computational engineering, computational engineering at The University of Tennessee at Chattanooga
Bachelor of Science (B.S.), Aerospace Engineering, Bachelor of Science (B.S.), Aerospace Engineering at Auburn University