Receives >$1.3 million ARPA-E project award, aiming to reduce the timeline for designing and validating 3D- printed turbomachinery components from 2-5 yrs to 1-2 yrs.

Putting optimal back on the table for real applications using Quantum as an accelerator

Keeping workers safe through analytics derived from sensor data fusion & aggregation and delivered through pervasive connectivity & real-time visualization

Rick Arthur is Senior Principal Engineer for GE Research Digital Technologies, focusing on Advanced Computational Methods Research and its application to Digital Engineering. This involves pathfinding of novel computing hardware and software architectures and connecting these with industrial application opportunities. Rick represents GE on several government and professional community advisory councils.

Rodrigo Lopez Negrete obtained his BS and MSc from the Universidad Iberoamericana in Mexico City in 2005 and 2007, respectively. He obtained his PhD from Carnegie Mellon University in Pittsburgh, PA in 2011. All his degrees are in chemical engineering, specializing in process systems engineering, nonlinear programming, and controls.

Marissa Brennan is an Edison Engineer at GE Research that specializes in creating new materials and material processing capabilities. The durable innovations Marissa has been a part of creating contribute to substantial impacts in the aviation industry enabling safer, energy efficient, advanced technologies for flight.

Kristen joins a class of 19 being recognized for their outstanding contributions to the ceramic arts and sciences

Tube Watch is GE Healthcare’s predictive solution that is designed to remotely monitor and predict X-ray tube failures before any disruption occurs.

Dr. Saikat Ray Majumder is a lead scientist at GE Research. Saikat’s research interests are broadly in the confluence of physical-digital systems. Since joining GE in 2011 he has contributed in several technical and leadership roles to various projects, from risk quantification for large credit portfolios to reliability estimation and life predictions for aircraft engine modules to developing process monitoring algorithms for advanced manufacturing technologies such as Additive Manufacturing.

After joining GE Research as a magnetic resonance scientist in 2008, Desmond worked on multiple projects at various stages of the R&D pipeline. One of his earliest works at GE Research was the conception of a dual-function MRI-RF hyperthermia applicator for improved imaging and targeted application of sub-lethal heat that is used as an adjuvant to radio- or chemotherapy for cancer treatment. This work was recognized with a first-prize award in the engineering category at the ISMRM 2011 conference.