Engineering Projects
Selected work spanning X-ray instrumentation, accelerator controls, EPICS, digital twins, precision motion, infrastructure, automation, and cross-functional systems engineering.
Project labels matter: implemented systems, prototypes, twin-ready foundations, and conceptual designs are identified separately.
X-Ray Instrumentation & Systems
Precision Stage Alignment & Geometric Correction
Hybrid spline and geometric-transform correction layers for high-precision X-ray microscopy motion, translating measured stage error into corrected virtual coordinates while preserving transparent operator control.
View ProjectHamamatsu F40 2D X-Ray Detector Driver & UI
An EPICS areaDetector driver and Linux operator interface spanning FX3 firmware loading, USB endpoint communication, NDArray publishing, simulation, detector corrections, diagnostics, and production deployment.
View ProjectUnified Server Architecture
A virtualized industrial-server architecture consolidating Windows applications, Linux-hosted production IOCs, SCADA services, automation, and recovery tooling for advanced X-ray systems.
View ProjectAPEX Throughput Improvement Taskforce
System-level coordination across hardware, controls, motion, detector, software, and applications teams toward a 40 UPH target and an engineering path to 80 UPH. The figures are development objectives, not claimed production results.
View ProjectDigital Twins & Model-Informed Controls
Adaptive Accelerator Timing Digital Twin
A distributed model of environmental drift, oscillator and laser response, adaptive feedback, and an independent protection path, implemented through the same PV-based boundaries used in operational controls.
View ProjectLunar Waste-to-Resource System
An independent LunaRecycle Challenge concept integrating plasma pyrolysis, electrolysis, additive manufacturing, supervisory controls, and predictive modeling for lunar resource recovery.
View ProjectAccelerator Controls & Infrastructure
Power Supply Controller Controls Development
Modular EPICS IOCs and Phoebus interfaces for accelerator-magnet power supplies, interlocks, diagnostics, and rack-level PDU management across BNL and LBNL environments.
View ProjectNetwork & Virtual Infrastructure Upgrades
Contributions to centralized, virtualized infrastructure supporting accelerator operations, with improved deployment consistency, scalability, maintainability, and control over critical services.
View ProjectAI-Assisted Accelerator Timing System
Modernization of legacy VME/RTEMS timing infrastructure through Ethernet-based EPICS IOCs, new MRF230-series support, remote diagnostics, and a more maintainable architecture.
View ProjectEPICS-Based Area Radiation Monitor Modernization
Driver, hardware, and network-path modernization for radiation-monitor data used by the Personnel Protection System, improving supportability and reliable transport.
View ProjectOperations Applications
SBM Top-Off Application
Controls and optimization work supporting uniform beam injection and improved machine efficiency during top-off operation.
View ProjectNominal Gaps Application
A centralized operator tool for coordinated control of accelerator insertion devices, reducing setup effort and improving consistency.
View ProjectBeam Dump Recovery Tool
A guided recovery application that coordinates critical post-dump configuration steps and reduces the likelihood of missed resets or incorrect machine state.
View ProjectInjection Configuration Tool
A Python application that configures EPICS process variables for multiple accelerator injection modes, improving repeatability and simplifying operator setup.
View Project