Hands-on construction, integration, startup, testing, troubleshooting and operations across accelerator-driven nuclear and particle-physics systems at Los Alamos National Laboratory.
The portfolio is organized spatially first. The aerial establishes the scale of the LANSCE accelerator complex; directly below it, the Lujan Center and UCN / Area B sections show where the major experiments and systems in this portfolio were located.
800 MeV proton accelerator complex feeding multiple experimental facilities. My work represented here spans the Lujan Center / CCM program and the UCN experimental facility.
The full-width 3D model establishes the larger Lujan / Target 1 geometry. The overview below places CCM within Experimental Area ER1 relative to Target 1, the Proton Storage Ring, Line D and ER-2.
The Area B CAD shows the UCN source, north and west beamlines, polarizing magnets and the major experiments sharing the hall.
These pages go deeper into what each experiment or facility does, the physics or measurement it supports, and the specific systems I built, integrated, commissioned, operated or supported.
Beamline, cryogenic, vacuum, gas-distribution, magnet and experimental-support systems across Area B.
Neutron-lifetime experiment support spanning vacuum operations, rigging, detector integration, diagnostics and commissioning of the UCNτ+ elevator / vacuum-extension upgrade.
Vacuum chamber, hydraulic neutron-valve actuation, instrumentation, controls and system commissioning.
Cavallo high-voltage multiplier development for nEDM@SNS: cryogenic test infrastructure, instrumentation, integration, diagnostics and full-scale R&D testing.
Large liquid-argon detector construction, installation, commissioning, monitoring, troubleshooting and operations.
Cross-project controls, I/O, DAQ, HMI/GUI, databases, online monitoring, serial communications and fault isolation.
Liquid-argon PMT testing, laser optimization, interlocks, detector calibration and component characterization.