Biography:
Wesley Welch is a machine learning specialist with nearly a decade of experience designing AI-driven systems that bridge data-driven modeling and physics-based simulations. His work focuses on applying advanced techniques—such as generative synthetic data, physics-informed neural networks (PINNs), and hybrid AI- physics frameworks—to solve complex problems in resource-intensive and data-constrained environments.
Wesley has led the development of several large-scale AI systems, including machine-assisted annotation pipelines, surrogate modeling frameworks, and simulation acceleration tools. His expertise lies in combining real-world and synthetic datasets to enhance model generalization and performance in scenarios where physical measurements are limited or difficult to obtain.
Title : Machine learning and physics-based modeling to enhance subsurface feature characterization and optimize 3D imaging sensor array configuration