Raymond Chow Email & Phone Number

San Francisco, CA, US

San Francisco Bay Area

• Responsible for the overall High Performance Computing (HPC) Partner ecosystem (ISVs, GSI/SI, Technology Partners) and technology strategy within the AWS Partner Organization.
• Building technology solutions and offerings with our partners to enable our customers' HPC workflows.
• Recruiting new and enabling existing partners by driving business and technical priorities within AWS and through AWS Partner Programs. Driving partner goals and motions with global field account teams, partner.
• Supporting partner technology enablement, pipeline development, and go-to-market motions.

San Francisco Bay Area

• Built, led, and mentored a global customer support team from scratch
• Built, led, and trained an Application Engineering team to deliver HPC workflow solutions and services for customers
• Supported pre-sales activities with application benchmarking, solution architecting, and services
• Directly managed technical relationships with key strategic customers and technical partners
• Collaborated closely with Engineering and Product teams to size and prioritize new feature requests
• Owned 10% of the product pipeline to develop strategic capabilities and key UX improvements based on customer feedback

San Francisco

Boulder, CO

Responsible for developing automated CFD-based tools for 2-D airfoil and 3-D blade design. Conducting aerodynamic analysis, validation and design of wind turbine airfoils and blades. Developing new low- and high-fidelity engineering tools to increase the accuracy, speed, efficiency and overall quality of the blade aerodynamic design and analysis process.

Conducted computational fluid dynamic (CFD) based research on wind turbine airfoils and rotors, performance and load analysis of wind turbine rotors, advised and supervised the graduate students in Professor van Dam’s group, and oversaw the development and maintenance of the group’s computational resources and wind tunnel facilities.

Davis, California

Provided engineering analysis and support for various manufacturers and design firms. Specializing in complex aerodynamic analysis and wind energy applications.

Davis, California, United States

Designed airfoils profiles and blade twist for an innovative, one-piece, two-bladed, actively aerodynamically controlled utility scale offshore wind turbine. The blade design leveraged chord-ratio flaps and also incorporated sweep-twist to shed aerodynamic load above rated wind speeds. Supported through a multi-year, DOE Office of Energy Efficiency and.

Worked in the NASA Advanced Supercomputing (NAS) Division developing parametric mesh scripts to generate 30-100 million point overset grid systems using Chimera Grid Tools. Conducted various CFD studies with OVERFLOW-2 on the Columbia supercomputer on various collaborations, including shuttle rocket booster (SRB) breaches in the Vehicle Assembly Building.

Phd, Mechanical And Aeronautical Engineering

Ms, Mechanical And Aeronautical Engineering

Thesis entitled: “Unsteady Computational Investigations of Deploying Load-Control Microtabs”

Bs, Mechanical And Aeronautical Engineering

Activities and Societies: Tau Beta Pi, Formula SAE, AIAA, ASME, Phi Kappa Phi, Golden KeyDegrees in Aeronautical Science and Engineering.

Education record