Lead the STS Accelerator Systems group, responsible for the design, fabrication, installation, and testing of all hardware necessary to transport a 700 kW, 15 Hz proton beam to the Second Target Station (STS) spallation target.The STS is a >$1Billion, Department of Energy project to be constructed at the ORNL Spallation Neutron Source (SNS). The STS will provide wholly new capabilities for the study of a broad range of materials with neutron scattering and support thousands of users… Show more Lead the STS Accelerator Systems group, responsible for the design, fabrication, installation, and testing of all hardware necessary to transport a 700 kW, 15 Hz proton beam to the Second Target Station (STS) spallation target.The STS is a >$1Billion, Department of Energy project to be constructed at the ORNL Spallation Neutron Source (SNS). The STS will provide wholly new capabilities for the study of a broad range of materials with neutron scattering and support thousands of users from the physical, materials, and applied sciences and industry. The STS will deliver the highest peak brightness of cold neutrons in the world, which together with advances in neutron optics, instrumentation, and detectors, will ensure US leadership in neutron scattering for decades to come. Show less

Direction of cross-functional team of 30+ engineers and physicists in the development, regulatory approval and technical commissioning of the SC360 Proton Therapy System, with annual budget of approx. $15M. Project portfolio planning.

Lead Program Management Office team responsible for the management and execution of programs to develop superconducting magnets and related technologies for whole body MRI scanners. Responsible for planning and management of annual R & D operating budget of approx. $9M ; Project portfolio planning; Project management process improvement; Compliance to regulatory standards of development projects

Functional management of 20+ person engineering team responsible for design and development of superconducting magnets and related technologies for whole body MRI scanners.

Manage cross-functional (engineering, drafting, manufacturing engineering, purchasing, quality, production control, operations) teams on projects related to superconducting magnets for magnetic resonance imaging:

Project Engineer with responsibility for the design, development and procurement of 7500 superconducting corrector magnets with value of $16M for the Large Hadron Collider (LHC).

Design and development of custom instruments for measurement of physical properties at cryogenic temperatures.

Measurement of thermo-physical properties of advanced materials for industrial sponsors using a variety of techniques.