Victor L. Marrero, Ph.D., P.E. Email & Phone Number

West Chester, Ohio, United States

West Chester, Oh

Member of a small and focused cross-functional Skunkworks-style advance technology and innovation team at the GE Additive Disruptive Innovation Lab.Responsible for thermal system design and analysis of innovative applications for additively manufactured components, including the development of in-house CFD tools.

About AddWorks: GE Additive consulting team that helps organizations navigate its additive manufacturing journey through engineering consulting services.Currently in a customer facing role responsible for providing disruptive engineering design consultancy around additive technologies (e.g, laser, EBM, binder jet) to explore product solutions that help differentiate each of our customers portfolio across various industries, including aerospace, automotive and motorsports.Developed customers success stories showcasing solutions that reduced weight, improved product performance and lowered the total costs of parts and systems. Experience with sizing and designing additively manufactured heat exchangers including performing Computational Fluid Dynamics (CFD) on complex geometries to aid in the thermal optimization of heat exchangers.Provided strategies around thermo-fluid optimization, distortion modeling, process parameters, powder removal, part inspection, and many other considerations that are necessary to help ensure customers success.Close working relationship with sales, marketing and business development in order to enable the implementation of GE Additive's sales strategy in the market.Project planning, estimating, execution, project control, training, and documentation.

Cincinnati, Ohio

Responsible for the operational rhythm, metrics, long-term planning, and finances for the Materials & Process Engineering Department (MPED).

West Chester, Ohio

Responsible for the operational rhythm, metrics, long-term planning, and finances for the turbo machinery design of GE Aviation products across the full lifecycle. Over 1,600 engineers were part of the organization globally, dispersed in 6 countries and 7 key sites.

West Chester, Ohio

Responsible for leading the thermal design of the Combustor Diffuser Nozzle (CDN) module which also includes the fuel nozzle and fuel manifold design using additive manufacturing technology across commercial and military engines.Developed thermal design practices for additively manufactured fuel nozzles.* Commercial: LEAP-1B Thermal System Design CDN Module Leader * Military: AETD Fuel Nozzle and Fuel Manifold Thermal Design Leader

West Chester, Ohio

Responsible for the thermal design of fuel nozzles and fuel manifolds using additive manufacturing technology across commercial and military engines.* Military: AETD Fuel Nozzle and Fuel Manifold Thermal Design* Commercial: LEAP Fuel Nozzle Thermal Design

Troy, Ny

Mechanical Engineering, Aerospace and Nuclear Engineering DepartmentResponsible for teaching Thermal and Fluids Engineering, Fluid Dynamics Laboratory, and Thermal and Fluids Engineering Laboratory.

Greenbelt, Md

Greenbelt, Md

Pearl River, Ms

Pearl River, Ms

Ph.D., Mechanical Engineering

Dissertation: “Non-Newtonian Studies of Patient-based Cardiovascular Models using a Stabilized Finite Element Flow Solver" Advisors.

M.S., Mechanical Engineering

Thesis: “Numerical Simulation and Experimental Validation of the Re-design of High Tc Current Leads for the ASTRO-E2 X-ray Spectrometer.

B.S., Mechanical Engineering