Build, manage and lead a team of engineering professionals focused on integrating digital systems and creating innovative process automation solutions.Scope, source, design, and implement a wing to wing manufacturing operations management system. Work side by side with other engineering managers on high level improvement projects to integrate any new processes, products, or apparatus into the digital systems.Create a self-sustaining and upgradable digital footprint.

Formerly GE Life Sciences, I now work at Cytiva -an organization of more than 6700 people across 40 countries.With strong passion for life sciences, I am driven to bringing transformative health to patients through researchers, hospitals and the pharmaceutical partners of Cytiva.

Performs diverse and complex assignments in support of manufacturing processes. Assignments may include, but are not limited to: design development and validation of manufacturing equipment while leading technical teams in investigations and new method development.

Graduate of the Edison Engineering Program at GE Healthcare. Worked rotationally in electrical hardware design, healthcare information technology, manufacturing engineering and automation hardware.

Designed a test bench to qualify image quality and evaluate computational performance of image reconstruction algorithm across the different languages: C,C++ and openCL.Performed a usability study on a different versions fast fourier transform for reconstruction in sparse matrices.

Member of a development team comprised of engineers and technicians performing plastics prototyping. Performed statistical analysis and modeling of blow-molded and thermoformed plastic products to characterize process variability. Employed statistical tools, using Excel and other software applications, to identify a source of product variability and non-conformance caused by the undetected deviation of a key process parameter from its target value. Additionally assisted with machine maintenance, in lab qualitative product testing, and product design. Completed 6 product revisions, and suggested a new optimal bar lock implementation in future product lines to decrease defunct product formation.